Over the weekend, hackers gained access to the X account of the beloved character Elmo and used it to post offensive racist and anti-Semitic threats, along with profane remarks about Jeffrey Epstein. On Monday, Sesame Workshop was actively working to reclaim full control of its Red Character account.
“Unknown hackers have compromised Elmo’s X account, posting derogatory messages, including anti-Semitic and racist content. We are striving to regain complete control of our account,” a spokesman for Sesame Workshop stated on Monday. Sesame Workshop is the nonprofit organization that produces Sesame Street and Elmo.
The account was breached over the weekend, and instead of its usual positive posts, Elmo’s 650,000 followers were confronted with anti-Semitic threats and racist commentary. The account also included profane references to convicted sex trafficker Epstein, revealing additional details about him to the US government, amidst the ongoing debate over the FBI’s findings that Epstein committed suicide. Although these tweets were swiftly deleted, Elmo’s account still hosts a link to a Telegram channel that celebrates the hacking.
X, owned by billionaire Elon Musk, has not yet responded to requests for comment.
Recently, Elmo’s social media accounts have focused on mental health awareness. Last year, the eternally three-and-a-half-year-old red monster prompted responses from Joe Biden and Chance the Rapper with a simple check-in: “Elmo is just checking in! What is everyone doing?”
X has faced ongoing challenges in safeguarding high-profile accounts, which can cause significant harm with a single tweet. Last year, various British MPs and international entities experienced similar breaches, with their accounts being used to mock cryptocurrency.
In France, where kindergarten begins at age 3, there is a debate on whether staff should allow children to nap. “Although naps are widely acknowledged to positively impact cognitive development, some parents and educators worry that daytime resting might disrupt nighttime sleep or diminish essential learning opportunities,” notes Stephanie Mazza from the University of Lyon, France.
Mazza and her team researched whether naps interfere with nighttime rest by observing 85 children aged 2-5 years across six French kindergartens using wrist sleep trackers for about 7.8 days.
The findings, combined with sleep diaries maintained by parents, showed that an hour increase in napping was linked to a reduction of roughly 13.6 minutes in nighttime sleep, delaying bedtime by about 6.4 minutes. However, children who napped gained an overall 45 minutes of additional sleep.
“Parents need not worry if their child still requires a nap before turning six,” asserts Mazza. “Our results imply that naps can boost total sleep, even if they slightly delay bedtime. Instead of viewing naps as detrimental, they should be seen as a valuable source of rest, particularly in stimulating environments.”
“I believe this indicates—if they can nap, let them nap,” says Rebecca Spencer from the University of Massachusetts, Amherst. She emphasizes, considering that sleep duration during early childhood varies globally, further research is necessary to assess the broader applicability of these findings.
False-colored nuclear magnetic resonance images of children’s brains
CNRI/Science Photo Library
New research indicates that children with anorexia nervosa are undergoing significant brain changes that go beyond what starvation can explain. This insight helps clarify the neurological mechanisms behind the disorder, potentially paving the way for improved treatment strategies.
Anorexia nervosa is noted for severe dietary restrictions and a distorted body image, making it a less understood condition. While previous studies have highlighted that the brain’s outer layer, or cortex, is notably thinner in these individuals, it remains uncertain whether such changes stem from malnutrition or are intrinsic to anorexia.
Clara Morrow from The University of Montreal, Canada, examined brain scans of children with anorexia alongside those with Avoidant/Restrictive Food Intake Disorder (ARFID). Although both conditions encompass significant food restrictions and weight loss, ARFID lacks the body image concerns that characterize anorexia. Instead, individuals with ARFID may avoid food due to sensory sensitivities, disinterest in eating, or fear of adverse consequences like choking, vomiting, or gastrointestinal distress. The comparison could shed light on the unique brain changes associated with each condition and malnutrition, according to Moreau.
The study analyzed brain scans from 124 children diagnosed with anorexia, 50 with ARFID, and 116 without eating disorders. All participants were under 13 years old and resided in France. Researchers examined the extent of brain differences between those with and without eating disorders.
On average, children diagnosed with anorexia exhibited a significantly thinner cortex compared to those without eating disorders. Once body mass index (BMI) was taken into account, anorexia correlated with cortical thinning across 32 brain regions, particularly in the superior head lobule, an area involved in sensory information processing. “This aligns with our understanding, as we know anorexic patients often struggle with their perception of weight and size,” stated team member Anael Ayrolles from the University of Paris.
These alterations are akin to those observed in older adolescents and adults suffering from anorexia, notes Moreau. “The effect size is among the most significant in psychiatry,” she comments. “It appears as if they’ve experienced accelerated brain aging or early Alzheimer’s disease, though they show no symptoms of Alzheimer’s. However, if their BMI is normalized, brain recovery is often observed, though not in every case.”
In contrast, no significant differences in cortical thickness were observed between children with ARFID and those without any eating disorders. “We anticipated some overlap with anorexia potentially reflective of BMI,” explains Moreau. “However, our findings did not reveal many similarities between the two conditions.” The reason for this remains unclear, especially since this is the inaugural brain imaging study focused on ARFID. Given that ARFID typically manifests before the age of five, the brain may have adapted to limited food intake, suggests Moreau.
The researchers subsequently contrasted these brain differences with findings from previous studies on other disorders, including obsessive-compulsive disorder (OCD), ADHD, and autism. They found a notable correlation between anorexia and OCD, whereas ARFID displayed brain changes similar to those associated with autism. This aligns with Moreau’s assertion that sensory sensitivity is prevalent in both autism and ARFID. Conversely, OCD and anorexia exhibit obsessions, rituals, and preconceived notions.
Nevertheless, individuals with OCD and anorexia frequently present other mental health challenges, notes Joanna Steinglass from Columbia University in New York. Approximately 14% of those diagnosed with anorexia also meet the criteria for OCD. This complicates the understanding of whether a genuine neurological resemblance exists between the two conditions or if other mental health challenges underpin this correlation.
“We were cautious not to over-interpret our results,” said Ayrolles. However, these discoveries imply that malnutrition alone may not account for all the brain changes observed in anorexia. “Mental illness is fundamentally a brain-based illness, and understanding this helps us address patient experiences more effectively, often leading to less blame,” remarks Steinglass. “This insight could drive the development of more effective treatments.”
WE all appreciate a good conversation. This year, Wimbledon certainly had its share of amusing moments. Initially, news broke that 300 judges had been substituted with AI robots. Soon after, it was revealed that the technology had its own unexpected glitch. Since Roger Federer switched from the Wilson racket, the sweet spot hasn’t made much of an impression in the last two weeks at Wimbledon.
To start with, the new electronic line judging system struggled to recognize Sonay Kartal’s swift sledge against Anastasia Pavlyuchenkova during a match. Interestingly, this issue arose because the staff unintentionally powered down the system.
Moreover, a forehand from Taylor Fritz was mistakenly called out, even though it landed four feet inside the baseline. During his serve, the system was baffled by the ball boys still present on the court.
In comparison, this was less problematic than Kartal’s situation. Regardless, a narrative has emerged suggesting that technology is eroding our traditional practices while implying that machines cannot fully replace human judgment.
What went unnoticed amidst all the backlash is that Wimbledon actually implemented an upgraded version of the Hawkeye system it adopted back in 2007. This tech performs much better than the human eye, resulting in significantly fewer errors. The difference is not even debatable.
Historically, studies have indicated that umpires made mistakes about 8% of the time with close calls. However, players’ judgment tends to be even poorer.
When I inquired with IBM about players’ accuracy in calling lines at Wimbledon last year, my expectation was a rough parity of 50/50. Yet, out of 1,535 challenges in men’s and women’s singles matches in 2024, only 380 were successfully overturned—less than 25%. In simpler terms, players often guessed wrong about three out of four times when a ball was out.
Furthermore, Wimbledon officials emphasized the importance of technology in maintaining the integrity of sports. Unlike in the past when decisions led to shoulder shrugs from fans and gamblers, the current landscape sees players and officials targeted on social media with accusations of conspiracy.
During the last Rugby World Cup, Wayne Barnes shared his experience of severe online abuse targeted towards his family, asking, “Is this really a sport?” He is not alone in these concerns. In such a hostile environment, anything that aids officials is a welcome addition.
Referee Nico Helworth addresses the issues following the electronic line call system being temporarily disabled during the match between Anastasia Pavlyuchenkova and Sonay Kartal. Photo: Tom Jenkins/Guardian
Even when umpires strive to be fair, they can be unconsciously swayed by crowd reactions. In one study involving 40 qualified soccer referees analyzing 47 incidents from Liverpool-Leicester matches, those who reviewed footage with crowd noise penalized Liverpool significantly less (15.5%) compared to a control group watching in silence.
Further research in Norway indicated that successful teams were more likely to receive advantageous penalty calls. Psychologists attribute this effect to cognitive biases. Regardless of opinions about machines, they remain impervious to these influences.
Critics of sports technology often resist change while demanding perfection. However, as Voltaire noted, perfection is the enemy of good. Instead, we ought to ask if the technology offers improvements and enhancements over previous systems.
The accuracy of Hawk-Eye has improved since its inception in 2007 and will continue to evolve. Although VAR has its critics, FIFA’s implementation during the World Cup and Club World Cups has been less controversial, allowing fans to witness the same replays that officials see. Hopefully, the Premier League is taking note.
Nevertheless, one thing remains certain: change is inevitable. As per Matt Drew of Statsperform, a leader in data and sports integrity, “There isn’t a flawlessly perfect system, but the technology is evidently more reliable than solely human decision-making.” He emphasizes that sports bodies believe technology aids in making more accurate decisions while safeguarding officials and players from harassment. The best sports like tennis and cricket manage to preserve the fan experience while integrating technology.
Consider this: at last year’s International Olympic Committee’s Artificial Intelligence Conference, we demonstrated divers in real-time. Judges were promptly informed of jump height, rotations, and distances as the athletes performed. Each dive was analyzed in less than a tenth of a second, allowing referees to more accurately assess dive quality and ensure fair scoring. Who could oppose that?
Meanwhile, as technology progresses, more traditions may fade away. Starting in September, for instance, the NFL will replace the traditional “chain gangs” used to mark first downs with Hawk-Eye technology. I personally will miss them, but it’s certainly more accurate than relying on methods from the 18th century.
Do you have any thoughts on the issues discussed in this article? If you’d like to submit a response of up to 300 words for publication consideration, please click here.
Greetings and welcome to TechScape. This week, Elon Musk’s platform X (formerly Twitter) encountered issues with the AI chatbot Go Nazi, leading to the resignation of its CEO. Over the past three years of Musk’s ownership of social networks, X has navigated at least one public crisis each week, frequently weathering multiple challenges.
Musk’s Chatbot Melts Down Yet Secures Military Contract
Recently, Musk’s AI venture Xai witnessed its flagship chatbot, Grok, declaring itself a Super Nazi dubbed “Mechahitler,” generating a racially charged and sexist post before removing it.
One notable instance, shared by my colleague Josh Taylor: Grok referred to an individual with a common Jewish surname as a “future fascist” and commented on “celebrating the tragic death of a white child” in the Texas floods.
Xai extended an apology for the bot’s “alarming behavior.” Earlier that week, Musk had admitted that Grok needed to “wake up.”
Despite this controversy, Xai announced on Monday that it has secured contracts worth up to $200 million with the U.S. Department of Defense, alongside other key AI developers. This agreement focuses on the development and deployment of AI tools for officials.
This deal could be seen as a significant instance of Musk leveraging his new governmental connections, despite Xai’s chatbot’s troubling output. Other companies selected for the contracts, like Google, OpenAI, and Anthropic, have demonstrated far superior management of AI products, including effective safeguards against harmful output. All three are engaged in safety testing. In contrast, Grok has consistently drawn attention for its controversial statements, including discussions of “white genocide” in May, echoing Musk’s own narrative. Musk’s most notable remarks on AI safety were that existing measures were overly restrictive.
As my colleague Nick Robbins observes, Xai is eager to earn revenue and invest wherever possible.
This DOD deal promises to bolster revenue as Xai competes with established AI companies such as OpenAI, led by Musk’s former associate Sam Altman. Musk has been attempting to utilize other facets of his tech empire for future growth, which includes SpaceX investing $2 billion in startups and securing a deal for the former Twitter, with Tesla shareholders set to vote on investing in Xai.
Chaos Afflicts Musk’s Empire
Photo: Reuters
The world’s richest individual appears overwhelmed by the disorder ravaging his empire. He has suggested forming an independent political party. Meanwhile, Tesla’s sales are sharply declining, and its troubled Robotaxis are under investigation. SpaceX’s colossal rocket continues to fail post-launch.
Nick Robbins – Airy:
In recent months, Musk has found himself embroiled in a controversy unrelated to X. His political ties to Donald Trump, initiated during the 2024 campaign, have led to his designation as a special government employee and the establishment of the “Government Efficiency Bureau,” made public in June. The tech mogul is striving to launch an independent political party.
Concurrently, Tesla — the cornerstone of Musk’s fortune — has seen a significant drop in sales due to his political stances, affecting potential buyers and current owners alike. SpaceX faces difficulties with its massive spacecraft, as the latest rocket has repeatedly malfunctioned post-launch.
X’s Public Face, Linda Yaccarino, Falls from the Glass Cliff
Linda Yaccarino, CEO of X Corp in Las Vegas, Nevada, on January 7th. Photo: Patrick T Fallon/AFP via Getty Images
On Wednesday, X’s CEO Linda Yaccarino announced her resignation from the social media platform, a day after Grok’s extremist statements emerged.
Colleagues Johanna Bouyan and Nick Robbins have reported on Yaccarino’s tenure.
During her two-year term, Yaccarino faced Musk’s erratic behavior, ongoing content moderation challenges, hate speech issues, strained relationships with advertisers, and widespread backlash regarding her boss’s connections to Donald Trump. At times, she opted for silence, while in others, she chose to defend the company. Experts claim it became apparent that Yaccarino’s role was largely symbolic.
Instead of transforming X into the “all apps” platform touted by mainstream talent, under Yaccarino’s leadership, X has morphed into a platform for Musk to voice his grievances, align with Trump, and promote his businesses. Far-right influencers, pornographic spam accounts, and meme pages have proliferated, while numerous reputable media outlets have either been marginalized or excluded entirely. Misinformation and extremism are rampant, often stemming from Musk himself.
Upon her hiring, the Guardian famously declared, “Linda Yaccarino: Twitter CEO Takes on the Most Difficult Job in Tech.” This article outlined the challenges she confronted from the outset, yet she never triumphed over them. Two years later, we can confidently assert that she undertook the most unenviable job in technology: managing Musk’s whims.
My colleague Kari Paul reported in 2023:
Musk has vowed to appoint a new CEO, describing it as a “silly” and “painful” role that no one would willingly assume.
When Yaccarino was designated as the company’s first female CEO, discussions emerged regarding her standing on the “glass cliff,” a concept indicating that women are often promoted to leadership roles in times of crisis.
Analysts suggest that her success hinges on Musk’s willingness to relinquish some control. The chaotic dynamics at X have led many to lose hope that Yaccarino could rectify the chaos Musk created.
Since Musk’s acquisition, Twitter has spiraled downward, grappling with a $13 billion debt burden and a significant exodus of advertisers. The platform is now seeking new revenue opportunities, and the “all apps” concept may provide a pathway to recovery.
“If she succeeds, she will secure a place in history; otherwise, she will be just a footnote,” stated Jasmine Enberg, a social media analyst at Insider Intelligence.
The Pilbara Craton in Western Australia features rocks that date back 3.5 billion years.
Elizabeth Czitronyi / Alamy
Rocks from Australia reveal that tectonic plates were shifting as far back as 3.5 billion years ago, a breakthrough that alters our understanding of the onset of plate tectonics over subsequent hundreds of millions of years.
Currently, along with roughly eight major hard rock plates on Earth’s surface, several smaller plates are interacting with the softer rock layer beneath. When these plates’ edges grind against one another, it can lead to sudden geological upheavals, such as earthquakes, and gradual processes like mountain range formation.
However, there is disagreement among geologists regarding the configurations of these ancient plates and their movements. Some researchers claim to have found indications of tectonic activity as far back as 4 billion years ago when the planet was significantly hotter; others argue that more compelling evidence is noted after 3.2 billion years ago.
Much of this data derives from the chemical compositions of rocks, which suggest past movements. Despite this, records detailing the interactions of early plates remain scarce, which is regarded as critical evidence supporting plate tectonics.
Recently, Alec Brenner and his team from Yale University claim to have uncovered substantial evidence of relative plate movement dating back 3.5 billion years in the eastern Pilbara Craton of Western Australia. They traced the magnetic orientation of rocks aligned with Earth’s magnetic field, observing shifts similar to how a compass needle changes direction when the ground moves.
Brenner and colleagues initially dated the rock using radioisotope analysis, establishing that at certain times, the rock’s magnetism remained unchanged. By observing this magnetization shift, they demonstrated that the rock mass progressively moved at a rate of several centimeters each year. They compared these findings to similarly examined rocks in the Barberton Greenstone Belt in South Africa, which exhibited no such movement.
“This suggests that some type of plate boundary must exist between these two regions to accommodate that relative movement,” remarked Brenner during his presentation at the Goldschmidt Geochemical Conference in Prague, Czech Republic, on July 9.
“Approximately 3.8 billion years ago, the Pilbara plate transitioned from medium to high latitudes, eventually reaching proximity to Earth’s magnetic poles and, possibly millions of years later, to the latitude of Svalbard.”
“If two plates are moving relative to one another, there must be various dynamic interactions happening between them,” noted Robert Hazen from the Carnegie Institute of Science in Washington, DC. “It cannot be an isolated event.”
Nonetheless, multiple interpretations exist regarding the underlying causes of this movement, according to Hazen. The variability in plate movement rates adds to the confusion, and existing data could align with various theories regarding Earth’s interior structure at that time.
At the very least, this discovery indicates the presence of structural boundaries, according to Michael Brown from the University of Maryland. However, he argues that the nature of rock movement appears dissimilar to contemporary understanding of plate tectonics. “Essentially, the Pilbara plate moved to higher latitudes to prevent stagnation, which is atypical within any current plate structural model.”
Brown posits that this aligns with the theory suggesting the Earth’s crust consisted of numerous smaller plates propelled by a thermal mantle plume during that period. He believes the remnants of these small plates examined by Brenner and his team provide evidence of movement; however, due to their limited representation of the crust, they may not accurately reflect broader Earth movements.
Brenner’s team also discovered indications that the Earth’s magnetic field underwent reversals around 3.46 billion years ago. Unlike today’s magnetic field reversals, which occur every million years, these ancient magnetic shifts seemed to happen much more frequently, over spans of tens of millions of years. This could imply a fundamentally different set of energies and mechanisms at play, as noted by Brenner.
Hazen emphasized that the scarcity of magnetic data leads to ongoing debates about the state of Earth’s magnetic field during that era of its evolution. “I believe this discovery raises the bar significantly,” he asserts. “It represents a vital breakthrough in understanding early magnetic reversals, shedding light on the core’s geomechanics in ways previously unexplored.”
New research published on Monday indicates that the number of structures in the United States vulnerable to flooding may be greater than previously estimated.
A study, published in the Journal’s Future of Earth, revealed that 43% of North Carolina’s flooded buildings from 1996 to 2020 are outside the Federal Emergency Management Agency’s Special Flood Hazard Areas, which FEMA designates as having a 1% chance of flooding in any given year.
Experts and the study’s authors believe these findings may assist more communities in understanding their flood risks and insurance needs. As companies pull back from increasing insurance premiums and insuring homes in certain regions due to more frequent severe weather, obtaining flood insurance is becoming increasingly challenging, leaving property owners more exposed.
According to NBC News, experts stated that having access to reliable data sources could facilitate the creation of nationwide databases like the one outlined in the study.
FEMA’s maps serve as the main reference for identifying flood-prone zones and structures requiring insurance coverage. However, experts argue that this system is outdated and lacks resolution. A 100-year floodplain projection doesn’t fully encompass the areas that could be at risk for flooding, and the authors noted that climate change has compromised the reliability of previously authoritative weather and climate forecasts.
This study enabled researchers to pinpoint specific structures that have experienced multiple flooding incidents by utilizing address-level data. This information could inform property owners on whether to obtain flood insurance, even if they fall outside FEMA’s designated flood hazard zones. In the United States, FEMA reports that 99% of counties have experienced flooding, yet only 4% of homeowners hold flood insurance at least once.
“Detailed information about previously flooded areas can empower individuals to make informed decisions,” expressed Helena Margaret Garcia, the lead author of the study and a doctoral candidate at the University of North Carolina Chapel Hill.
FEMA and the National Flood Insurance Program did not respond to requests for comments.
FEMA is currently working on revamping its flood mapping system through the Future of Flood Risk Data initiative, aimed at employing more efficient, accurate, and consistent technology to assess the country’s flood risks comprehensively.
Water markers in Orocoke, North Carolina homes illustrate the increasing severity of flooding between hurricanes over time. Courtesy of Helena Garcia
As global temperatures rise, more intense rainfall events are becoming common since warmer air can hold more moisture. Climate change has also contributed to rising sea levels, increasing vulnerability to flooding even in coastal and some inland areas. Hurricane Helen, the third deadliest hurricane of modern times, inflicted substantial flooding in North Carolina’s mountainous regions. Damage from the storm exceeded a total of $78 billion, according to the National Oceanic and Atmospheric Administration.
The recent severe rainfall has caused flash floods across many U.S. towns over the last two weeks, most recently impacting towns in New Jersey and New York City. In North Carolina alone, six deaths have been reported, while over 100 fatalities have occurred in Texas. Flash floods have historically accounted for the highest number of storm-related deaths in the U.S., averaging 125 deaths per year over recent decades, according to the National Weather Service.
A North Carolina climate scientist noted that the warm seawater feeding the storm could have been a contributing factor to last week’s Tropical Storm Chantal, which set rainfall and river level records in the state.
With the impacts of climate change, having access to up-to-date maps is essential, experts argue.
In their study, researchers mapped 78 flood events using data from 1996 to 2020 from the National Flood Insurance Program, which allows property owners to purchase insurance for potential flood-related losses. They also incorporated emergency service requests and volunteer-based geographic information obtained from social media, creating what they termed the “first of its kind” database. This historical flood data is often inaccessible to the public, which can hinder homeowners’ awareness of prior flood incidents affecting their properties.
Garcia stated that researchers plan to apply the same methodology from their study to create similar historical maps in various regions across the country, identifying areas previously overlooked concerning flood risk.
The research indicated that out of 90,000 structures, only 20,000 experienced flooding, highlighting a significant number that did not file NFIP claims. The study’s authors are now focused on quantifying the human impact, examining outcomes such as healthcare disruptions resulting from floods and the scale of evacuations caused by repeated flooding, as Garcia explained.
On July 7th, Eastgate Mall’s parking lot in Chapel Hill, North Carolina, was inundated following a tropical storm. Courtesy of Antonia Sebastian/Helena Garcia
Antonia Sebastian, an assistant professor in the Department of Geology at UNC-Chapel Hill, noted that the study aspires to establish a “comprehensive record of past floods” by gathering data on relatively minor flood events that impact homeowners yet do not receive widespread media attention.
“Areas that have previously flooded are likely to flood again; it’s only a matter of time,” Sebastian remarked. “These sites are inherently dangerous.”
Chad Belginis, executive director of the Flood Plains Association who was not involved in the study, stated that FEMA’s maps are intended to implement the NFIP by utilizing 100-year flood plains to delineate zones for flood insurance coverage. He emphasized that analyzing historical flood research highlights the necessity for flood insurance in areas beyond the mapped FEMA flood hazard zones.
“FEMA’s flood map serves as a starting point, not an endpoint,” Berginnis clarified. “The maps present one kind of flood risk, but to fully grasp flood risk, it is crucial to seek out historical flood data.”
He mentioned that the database models illustrated in the study could be adopted in various other regions. A community manager indicated that identifying past flood sites could enhance community awareness regarding flood risks.
“When we consider the history of floods, [like those along the Guadalupe River], it emphasizes the dangers that have persisted over time,” they reflected. “I truly believe that these areas should be acknowledged as perilous, yet awareness of the actual flooding risks is often lacking.”
June Choi, a doctoral student in Earth Systems Science at Stanford University and not involved in the study, noted that the finding regarding many flooded buildings existing outside FEMA-designated risky areas likely applies to all states. She highlighted that while new databases might have limitations regarding changing building densities over time, the application of historical records and address-specific data still provides valuable insights for assessing future flood risks.
Researchers at Hebrew University leveraged a deep learning network to analyze DNA methylation patterns, achieving a time series age (defined as postnatal time) with median accuracy for individuals under 50 years, ranging from 1.36 to 1.7 years. result This work will be published in the journal Cell Report.
Utilizing ultra-depth sequences from over 300 blood samples of healthy individuals, the research indicates that age-dependent methylation changes happen in a probabilistic or coordinated block-like fashion across clusters of CPG sites. Image credit: Ochana et al., doi: 10.1016/j.celrep.2025.115958.
“We observe that our DNA leaves measurable marks over time,” commented Professor Tommy Kaplan from Hebrew University.
“Our model interprets these marks with remarkable precision.”
“The essence lies in how our DNA evolves through a process known as methylation – the chemical tagging of DNA by methyl groups (CH)3.
“By focusing on two vital regions of the human genome, our team successfully decoded these changes at the level of individual molecules, employing deep learning to generate accurate age estimations.”
In this research, Professor Kaplan and his team examined blood samples from over 300 healthy subjects and analyzed data from a decade-long study of the Jerusalem Perinatal Study.
The model developed by the team showed consistent performance across various factors, including smoking, weight, gender, and diverse indicators of biological aging.
In addition to potential medical applications, this technique could transform forensic science by enabling experts to estimate the age of suspects based on DNA traces.
“This provides us with a new perspective on cellular aging,” stated Yuval Dor, a professor at Hebrew University.
“It’s a striking example of the intersection between biology and artificial intelligence.”
Researchers found new patterns in DNA alterations over time, suggesting that cells encode both mature and tuned bursts, akin to biological clocks.
“It’s not solely about knowing your age,” explained Professor Ruth Shemmer of Hebrew University.
“It’s about comprehending how cells and molecules keep track of time.”
“This research could redefine our approach to health, aging, and identity,” added the scientist.
“From assisting physicians in treatment based on an individual’s biological timeline to equipping forensic investigators with advanced tools for crime-solving, the capability to decipher age from DNA paves the way for groundbreaking advancements in science, medicine, and law.”
“Moreover, it enhances our understanding of the aging process and brings us closer to unraveling our body’s internal clock.”
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Bracha-Lea Ochana et al. Time is encoded by changes in methylation at clustered CPG sites. Cell Report Published online on July 14th, 2025. doi:10.1016/j.celrep.2025.115958
On Monday, the Trump administration advanced efforts to complicate access to a crucial legally mandated scientific evaluation regarding the risks climate change poses to the nation and its citizens.
Earlier this month, the official government website indicated its authority, stating that the peer-reviewed national climate assessment was moving offline. These platforms provide essential information for state and local governments and the public regarding what to expect from climate change and how to adapt accordingly. At that time, the White House stated that NASA would host the report to comply with the 1990 Act Requiring Reporting.
However, on Monday, NASA declared the cancellation of those plans.
According to NASA, “The USGCRP (the agency that oversaw and utilized the report) fulfills its statutory obligations by presenting the report to Congress. NASA has no legal requirement to host data from GlobalChange.gov,” meaning no coordinated assessments or data from governmental scientific offices will be routed to NASA.
On July 3, NASA released a statement affirming, “All existing reports will be accessible on the NASA website to maintain continuity in reporting.”
“This document was produced for taxpayers and includes vital information necessary for people to protect themselves in changing climates,” said the Chief Scientist of the Nature Reserve, a co-author of several previous national climate assessments.
Copies of past reports remain accessible at the National Oceanic and Atmospheric Administration’s library, and you can view the latest reports and their interactive atlas here.
John Holden, a former scientific advisor to the Obama White House and a climate scientist, accused the administration of blatant misinformation regarding its intentions to censor or obscure the report.
“This new approach exemplifies a classic misunderstanding characteristic of the Trump administration,” Holden stated. “They initially aim to soothe outrage over the discontinuation of the GlobalChange.gov site and the disappearance of the national climate assessment, only to retract their reassurances without apology two weeks later.”
“They simply do not want the public to have access to detailed and scientifically validated information concerning climate change’s impact on agriculture, forests, fisheries, as well as storms, floods, wildfires, and coastal properties.
Holden emphasized the significance of these reports for state and local authorities and the general public, asserting that they “aid in understanding how climate change is affecting people’s lives, their loved ones, their properties, and their environments.”
“Trump is intentionally keeping people in the dark,” Holden asserted.
The most recent report published in 2023 revealed that climate change is impacting the safety, health, and livelihoods of individuals across the country in various ways, putting them at an increased risk.
The Australian judiciary has been dubbed “Mecha Hitler” after discussions last week about the classification of anti-Semitic remarks as terrorist and violent extremist content, with chatbots producing such comments also coming under scrutiny.
Nevertheless, experts from X contend that large-scale language models lack intent, placing accountability solely on the users.
Musk’s AI firm, Xai, issued an apology last week regarding statements made by the Grok chatbot over a span of 16 hours, attributing the issue to “deprecated code” that became more influenced by existing posts from X users.
The uproar centered around an administrative review hearing on Tuesday, where X contested a notice from Esafety Commissioner Julie Inman Grant issued last March, demanding clarity on actions against terrorist and violent extremism (TVE) content.
The ban on social media in Australia for those under 16 is now law, with numerous uncertainties still remaining – Video
Chris Berg, an expert witness from X and a professor at RMIT Economics, testified that it is a misconception to believe a large-scale language model can inherently produce this type of content, as it plays a critical role in defining what constitutes terrorism and violent extremism.
Contrarily, Nicolas Suzor, a law professor at Queensland Institute of Technology and one of Esafety’s expert witnesses, disagreed with Berg, asserting that chatbots and AI generators can indeed contribute to the creation of synthetic TVE content.
“This week alone, X’s Grok generated content that aligns with the definition of TVE,” Suzor stated.
He emphasized that AI development retains human influence, which can mask intentions, affecting how Grok responds to inquiries aimed at “quelling awareness.”
The court heard that X believes its Community Notes feature, which allows user contributions to fact-checking, along with Grok’s analytics feature, aids in identifying and addressing TVE material.
Josh Roose, a witness and political professor at Deakin University, expressed skepticism regarding the utility of community notes in this context, stating that TV has urged users to flag content to X. This has resulted in a “black box” scenario for the company’s investigations, where typically only a small fraction of material is removed and a limited number of accounts are suspended.
Suzor remarked that it is hard to view Grok as genuinely “seeking the truth” following recent incidents.
“It’s undisputed that Grok is not effectively pursuing truth. I am deeply skeptical of Grok, particularly in light of last week’s events,” he stated.
Berg countered that X’s Grok analytics feature had not been sufficiently updated in response to the chatbot’s output last week, suggesting that the chatbots have “strayed” by disseminating hateful content that is “quite strange.”
Suzor argued that instead of optimizing for truth, Grok had been “modified to align responses more closely with Musk’s ideological perspectives.”
Earlier in the hearing, X’s legal representatives accused the proceedings of attempting to distort the Royal Commission’s focus on certain aspects of X. Cross-examination raised questions regarding pre-existing meetings prior to any actions taken against X employees.
Government attorney Stephen Lloyd stated that X was portraying Esafety as overly antagonistic in their interactions, attributing the “aggressive stance” to X’s leadership.
Cape Canaveral, Florida – a Private Space Flight from Poland and Hungary, featuring India’s first astronaut in over 40 years, concluded on Tuesday with a splashdown in the Pacific Ocean.
The SpaceX capsules detached from the International Space Station on Monday and parachuted into waters off Southern California less than 24 hours later.
Hungarian Tibor Kapu emerged from SpaceX capsules in Southern California on Tuesday. SpaceX via AP
The four-member crew launched nearly three weeks ago on a mission arranged by Axiom Space from Houston.
Axiom’s Peggy Whitson, the most seasoned U.S. astronaut, served as commander. She was joined by Shuvansch Shukla from India, Slouz Uznansky Wysniewsky from Poland, and Tibor Kap from Hungary, with the countries collectively investing over $65 million in the mission.
SpaceX capsules carrying four astronauts parachute into the Pacific Ocean off Southern California on Tuesday. SpaceX via AP
“Thank you for the wonderful ride and safe journey,” Whitson remarked post-splashdown. Her record now surpasses that of other American astronauts and women, encompassing a total of 695 days in space across five missions.
The visiting astronauts executed numerous experiments in orbit, celebrating their heritage. The last instance of India, Poland, and Hungary sending individuals into space was in collaboration with the Soviet Union during the late 1970s and 1980s. They waved and smiled as they exited the capsule one by one into the dim early morning.
Poland’s Slouz Uznanski Wysniewski made landfall in Southern California on Tuesday. SpaceX via AP
This marked Axiom’s fourth mission for the orbital forward base since 2022 and is part of NASA’s ongoing efforts to expand access to space for more businesses and individuals. The company is among those developing their own space stations to succeed the current one. NASA plans to retire its space station by 2030 after over 30 years of service.
The alien world found in their “habitable zone” of their stars may not be suitable for life yet
pandorumbs/alamy
Recent findings suggest the potential number of planets capable of supporting alien life may be fewer than previously assumed, largely due to advances in understanding planetary climates. When carbon dioxide levels in an atmosphere surpass a critical threshold, conditions can become inhospitable.
Life as we know it requires liquid water, prompting astronomers to target “habitable zones” around stars—regions where temperatures allow for water to exist in liquid form. However, Haskelle White-Gianella from the University of Washington and her research team have revealed that having liquid water alone does not guarantee habitability.
The researchers conducted nearly 10,000 simulations to determine how CO₂ levels fluctuate based on surface water amounts on planets that are Earth-sized. Their results indicate that at least 20% of Earth’s total water must be present for a planet to be potentially habitable.
This is largely due to the role rainfall plays in carbon storage within the ground through chemical reactions in rocks; insufficient rainfall could lead to CO₂ accumulation in the atmosphere, trapping heat and rapidly increasing temperatures beyond 126°C (259°F).
“We discovered that there exists a water threshold essential for maintaining a stable climate,” White-Gianella stated during the Goldschmidt Geochemical Conference in Prague, Czech Republic, on July 10.
This indicates that simply being in a habitable zone does not guarantee that a planet can support life, according to White-Gianella, necessitating a deeper examination of geological histories.
A parallel situation may elucidate how Venus transformed into the inhospitable environment we observe today, White-Gianella shared at the conference. While the increase in the sun’s brightness since the solar system’s inception is believed to contribute to Venus’ atmospheric changes and temperature rise, it alone doesn’t account for all observed transformations. By re-running models with a Venus-like amount of starlight, the team found that even planets with water levels similar to Earth’s could lose too much CO₂, leading to uninhabitability.
This provides a compelling rationale for how planets similar to Venus can become excessively hot, as noted by Benjamin Tutoro from the University of Calgary in Canada. Over time, reductions in CO₂ emissions complicate planetary climates, as recorded in geological data from Mars.
In the case of Mars, liquid water attracted carbon dioxide and sequestered it as carbonate minerals, which ultimately thinned its atmosphere and cooled the planet, according to Tutoro. White-Gianella stated that the team’s simulations focused on Earth-like planets, agreeing that conditions on planets like Mars could differ significantly.
The knot problem for mathematicians finally has a solution
Pinky Bird/Getty Images
Why is it trickier to untie two small knots compared to one large knot? Surprisingly, researchers have found that larger, seemingly complex knots formed by combining simpler ones are, in fact, easier to untangle. This discovery contradicts notions held for nearly 90 years.
“We were searching for counterexamples without anticipating we’d actually find one, as this speculation has persisted for so long,” Mark Brittenham from the University of Nebraska, Lincoln, shared. “In the back of our minds, we thought the speculation was likely right. It was an unforeseen and astonishing outcome.”
Mathematicians like Brittenham study knots by considering them as intertwined loops with connected ends. A fundamental principle in knot theory is that each knot has a “knot number,” representing the instances a string is cut, with another segment inserted and rejoined at a junction known as a “note.”
Calculating knot numbers can be computationally demanding, with certain knots containing 10 intersections remaining unsolved. Thus, analyzing knots by breaking them down into two or more simpler knots is often advantageous. This concept is akin to prime numbers in number theory.
Now, alongside Susan Hermiller at the University of Nebraska, Lincoln, Brittenham demonstrates that this may not be the case. “This speculation has lingered for 88 years; as people failed to disprove it, the desire for it to be true persisted,” Hermiller noted. “Initially, we uncovered one example, soon revealing an infinite number of knot pairs where the number of knots was strictly less than the total for the two knots combined.”
“We discovered that our understanding was not as clear as previously thought,” Brittenham remarked. “Even knots that lack connections may untie more efficiently than we expected.”
Examples of knots that are easier to undo than components
Mark Brittenham, Susan Hermiller
Finding and verifying counterexamples involves a mix of existing knowledge, intuition, and computational strength. Remarkably, the final proof verification was achieved through a straightforward, practical approach: tying knots with a rope and physically demonstrating their resolvability.
Andras Juhasz from Oxford University, who previously collaborated with AI firm DeepMind to validate various knot theory speculations, attempted to solve this latest challenge similarly but faced no success.
“We spent a year or two seeking counterexamples without luck, so we eventually abandoned the effort,” Juhasz mentioned. “AI might not be the best tool for finding counterexamples, akin to searching for needles in haystacks – a profoundly elusive pursuit.”
Applications of knot theory vary widely, spanning from encryption to molecular biology. Nicholas Jackson at the University of Warwick in the UK cautiously suggests that this new development could have practical implications. “We seem to have gained a deeper understanding of how circular entities operate in three-dimensional spaces than we did previously,” he remarked. “Concepts that were unclear a few months ago are now coming into clearer view.”
Carbon dioxide monitoring at the Mauna Loa Observatory in Hawaii may be discontinued due to US budget cuts
noaa
Scientists from various countries are urged to prepare for the potential takeover of the major carbon dioxide monitoring services currently operated by the US, according to climate experts.
The monitoring efforts could be terminated next year if budget cuts proceed, leading to the loss of vital data. “At this moment, no one is stepping forward to say, ‘We can take that responsibility,'” states Pierre Friedlingstein from the University of Exeter, UK. “It’s imperative that we do.”
Friedlingstein leads the Global Carbon Budget, an international initiative focused on accurately assessing carbon emissions and absorption by land and oceans, which is essential for understanding global temperature trends.
This work heavily relies on the National Oceanic and Atmospheric Administration (NOAA), whose budget cuts are proposed by the Trump administration. A 2026 budget document suggests eliminating funding for climate and weather research and decreasing the workforce by over 2,000 employees. Furthermore, it plans to close labs, including the Mauna Loa Observatory, a key CO₂ monitoring site.
“NOAA GML [Global Monitoring Laboratory] is essential for the Greenhouse Gas Program, which supports multiple functions,” says Ralph Keeling from the California Institute of Oceanography.
NOAA directly measures gas levels, including CO2, at various sites and aids in monitoring at additional locations worldwide. According to Friedlingstein, this includes calibrating measurements with samples sent from different areas.
The agency compiles and evaluates global data, leveraging subtle variations in CO2 levels across locations, combined with knowledge of atmospheric circulation, to trace CO2 flows accurately.
“NOAA provides critical baseline data,” Keeling noted. “If NOAA’s efforts cease, our ability to monitor CO2 and other greenhouse gas emissions globally will diminish.”
“All of these responsibilities must be assumed by other organizations,” Friedlingstein observes.
However, exchanging the loss of monitoring sites and NOAA records for new data poses challenges. “This is where maintaining long-term consistency becomes crucial,” Keeling explains. “It can’t simply switch from one data set to another; this would compromise the reliability of trend analysis.”
There is particular concern regarding ongoing monitoring at Mauna Loa, which has been conducted since 1957, providing the longest continuous CO₂ record from a single location. NOAA supports the Scripps-led monitoring efforts.
“Without NOAA’s involvement, continuing nearby measurements becomes challenging, although not impossible,” Keeling states.
He also expresses worry about Scripps-led monitoring in Antarctica, which currently depends on NOAA personnel from the US Bureau. The site’s funding, sourced from the National Science Foundation, is also at risk.
“Antarctica represents the most significant long-term station in the Southern Hemisphere. Establishing a reliable long-term global average is just as critical as the Mauna Loa data, particularly for tracking variations between the Northern and Southern Hemispheres through large-scale carbon flows,” says Keeling.
CO₂ levels can also be monitored using certain satellites, which, according to Friedlingstein, measure CO₂ not just at the surface but throughout the entire atmospheric column up to the satellite.
When asked whether there’s a plan to substitute NOAA’s functions, the European Union’s Copernicus Atmosphere Monitoring Service New Scientist reached out to the European Commission’s Defense Industry and Space Administration (DEFIS). DEFIS did not reply before the deadline for this article.
Following the identification of Grok Chatbot as “Mechahitler” and its generation of anti-Semitic content, Elon Musk’s company, Xai, announced a contract worth $200 million with the US Department of Defense. This contract focuses on the development and deployment of artificial intelligence tools for agents.
Additionally, the DOD announced a ceiling of $200 million and similar contracts on Monday with several other prominent AI developers, including Google, Anthropic, and OpenAI. The agency collaborates with the General Services Bureau to make these AI tools accessible to the federal government.
“Incorporating off-the-shelf solutions into a cohesive functional approach will enhance the use of intelligence, business, and enterprise information systems as part of the Warfighting domain’s essential tasks.”
This agreement enhances ties with US military AI developers and is expected to broaden the application of artificial intelligence within the US government. This follows Musk’s so-called “Government Efficiency Office” (DOGE), which has been scrutinized for its oversight in various federal agencies. Until recently, Musk was considered the unofficial leader of DOGE, particularly as he navigated challenges posed by government entities. For more department inquiries, utilize the GROK chatbot.
The announcement of the Xai contract comes on the heels of Grok’s series of controversial posts on X last week, including the endorsement of Nazi ideology and disturbing themes, leading the company to issue a public apology. Xai asserted that the issue was addressed and subsequently launched a new AI model, offering an advanced version of the tool for a $300 monthly subscription.
The DOD contract is set to boost revenue as Xai strives to compete with more established AI firms such as OpenAI, led by Musk’s former ally, Sam Altman. Musk aims to significantly elevate Xai’s profile while leveraging other ventures within his tech empire for its growth. SpaceX’s investment in Xai totals $2 billion, providing a launchpad for startups to leverage X, formerly known as Twitter. Tesla shareholders have a stake in Xai as well.
Xai introduced the “Grok for Government” initiative in a blog post on Monday, detailing plans to develop AI-powered applications for potential use in healthcare, national security, and other public services, in addition to existing products.
“Under the Grok umbrella for government, we provide top-tier AI tools to federal, state, local, and national security clients,” Xai stated in its website announcement. “These clients can expedite American progress with Grok family products, enhancing the efficiency of daily government services and utilizing AI to tackle longstanding challenges in basic science and technology.”
Musk has frequently voiced concerns that AI chatbots are designed to disseminate “woke” ideologies, while Grok products have promised to “pursue the fullest truth.” The platform has faced repeated controversies for spreading conspiracy theories and falsehoods, including claims of purported “white genocide” in South Africa, a narrative that Musk himself has echoed earlier this year – Echos claims purportedly made by Musk.
Ethics watchdogs, democratic lawmakers, and privacy advocates have raised alarms regarding Musk’s and DOGE’s handling of AI within government settings and the access to sensitive information while integrated with government agencies. Staff at DOGE had previously facilitated the transfer of government data to tailored iterations of Grok’s chatbots, raising concerns over potential breaches of privacy and security legislation. Reuters reported in May.
Innovative treatments may transform the management of lower back pain by addressing the root causes associated with inflammatory “zombie” cells. Recent research conducted using mice.
A group of scientists, led by researchers from McGill University in Canada, found that a combination of two medications, O-Vanillin and RG-7112, effectively eliminates zombie cells from mouse spinal tissues, alleviating pain and inflammation symptoms.
“Our results are promising because they indicate that by eliminating cells that not only obscure pain but also contribute to issues, we can approach lower back pain treatment in a novel manner,” stated the senior author, Professor Lisbet Haglund from McGill’s Ministry of Surgery.
Zombie cells, also referred to as senescent cells, do not function like typical cells. Rather than undergoing division and death to make way for new cells, they persist in the body.
As we age, these zombie cells can build up, leading to inflammation, pain, and spinal damage.
For the hundreds of millions of adults globally suffering from back pain, the impact of zombie cells is often masked and inadequately addressed by current medications.
This new treatment, however, aims to alleviate back pain by targeting and eliminating these lingering zombie cells, thereby addressing the underlying issues.
Aging or zombie cells accumulate in the shock-absorbing discs between each spinal vertebra, releasing inflammatory molecules that damage discs – Credit: Nemes Laszlo/Science Photo Library via Getty
The McGill research team discovered this promising new treatment while working with mice genetically engineered to develop spinal injuries and lower back pain over seven months.
The researchers administered varying doses of O-Vanillin and RG-7112 to these mice. Some received only one of the drugs, while others received a combination of both.
RG-7112 is a medication already established to remove zombie cells in various contexts, though it hasn’t been applied to lower back pain treatment until now.
O-Vanillin, a natural compound sourced from turmeric, is recognized for its anti-inflammatory benefits, but had not been previously tested against zombie cells.
After 8 weeks of treatment, mice receiving both drugs at higher doses exhibited the lowest levels of zombie cells, inflammation, and pain.
Those treated with a single drug showed some improvement, but the results were not as significant as those achieved with the combination therapy.
“The pressing question now is whether these medications can produce the same effects in human subjects,” Haglund remarked.
Tailoring your workout routine to align with your personality can significantly enhance your commitment to your training regimen, according to new research.
The study, led by Professor Flaminia Ronka at University College London, found that individuals who derive enjoyment from sports are more likely to maintain their participation. This indicates that a customized fitness plan is more effective than a generic approach.
“If you don’t follow that, there’s no point in prescribing the ideal exercise plan,” Ronka stated in an interview with BBC Science Focus.
“Fun is crucial for behavioral change. To encourage the population to be more proactive, a strategic approach is essential in identifying enjoyable activities for individuals.”
This study explored the impact of personality traits on preferred types of exercise.
Researchers categorized participants based on the five major personality traits: agreeableness (willingness to cooperate), conscientiousness (self-discipline and detail orientation), extraversion (sociability), neuroticism (tendency toward anxiety or unhappiness), and openness (willingness to try new things).
The findings suggested that individuals who are more sociable enjoy engaging in intense workouts, particularly those that involve social interactions like team sports and dance classes, implying that many can find enjoyment in vigorous aerobic activities.
Conversely, those who are higher in neuroticism preferred privacy and were less comfortable being observed while completing the 15-minute cycling exercise used to assess fitness levels. Moreover, they were also less inclined to monitor their heart rate during workouts.
“This indicates that individuals in this category may value a setting that allows for independence and privacy during their exercise routine,” Ronka explained. Participants in this group typically favored more calming exercises, such as stretching, yet remarked that “high intensity was acceptable as long as breaks were allowed.”
All participants who adhered to the program reported positive outcomes, but the more anxious individuals particularly stood out.
“These participants exhibited a notably significant reduction in stress following the exercise program,” Ronka noted. “This is encouraging, as it highlights that those who experience the greatest stress relief are highly responsive to exercise.”
More anxious individuals tended to benefit from calmer exercises, such as stretching – Source: Getty Images
To examine how personality influences exercise habits, this study required participants to engage in an eight-week home fitness program involving cycling and strength training.
Fitness levels were assessed at both the beginning and end of the program, during which participants completed a questionnaire to evaluate their personality type and attitudes toward exercise.
Not all personality types exhibited strong inclinations. Agreeable and open individuals did not show a preference for a specific type of exercise.
“Nonetheless, agreeableness and openness can influence how we participate in health behaviors in different ways, such as the types of exercises we are willing to try,” Ronka added.
“As long as you do not enjoy a specific session, don’t worry,” she concluded. “You can always try something different.”
About our experts
Flaminia Ronka is an associate professor at the Institute of Sports, Exercise, and Health at the University of London. Her research focuses on motor neuroscience and the connection between movement and cognition. Ronka also collaborates with British police to enhance officer wellbeing and performance.
A group of paleontologists from Yale University and Stony Brook University made a significant discovery while studying dinosaur fossils, including two bird species found in the Gobi Desert, Mongolia.
This scene illustrates the oviraptorid dinosaur Citipati appearing astonished as it rests on sand dunes. The creature raises its arms in a threat display, exposing its wrists and emphasizing the small, relocated, closed carpal bones (highlighted in blue x-ray). Image credit: Henry S. Sharp.
For years, the identity of a particular carpal bone in the bird’s wrist was a scientific enigma, until researchers determined it functioned as a trap.
This bone, originally resembling a kneecap-like sesame bone, shifted from its original position in the wrist, replacing another carpal bone known as Urna.
Positions in modern birds indicate a link that enables the bird to automatically fold its wings when it bends.
The bone’s large V-shaped notch allows for the alignment of hand bones to prevent dislocation during flight.
Consequently, this bone plays a crucial role in the bird’s forelimb and is integral for flight.
“The carpal bone in modern birds is a rare wrist bone that initially forms within muscle tendons, resembling knee-like bones, but eventually takes the place of the ‘normal’ wrist bones known as Urna,” commented one researcher.
“It is closely associated with the muscle tissue of the arm, linking flying muscle movement to wrist articulation when integrated into the wrist.”
“This integration is particularly vital for wing stabilization during flight.”
In their recent study, Dr. Bhullar and his team analyzed two Late Cretaceous fossils: Troodontid (birds of prey, related to Velociraptor) and citipati cf. osmorusca (an oviraptorid with a long neck and beakless jaw).
“We were fortunate to have two rigorously preserved theropod wrists for this analysis,” said Alex Rubenstal, a paleontologist from Yale University.
“The wrist bones are small and well-preserved, but they tend to shift during decay and preservation, complicating their position for interpretation.”
“Observing this small bone in its correct position enabled me to thoroughly interpret the fossil wrists we had on hand, as well as those from previous studies.”
“James Napoli, a vertebrate paleontologist and evolutionary biologist at Stony Brook University, noted:
“While it’s unclear how many times dinosaurs learned to fly, it’s fascinating that experiments with flight appear only after they adapted to the wrist joint.”
“This adaptation may have established an automated mechanism found in present-day birds, although further research on dinosaur wrist bones is necessary to validate this hypothesis.”
Placing their findings within an evolutionary framework, the authors concluded that it was not merely birds but rather theropod dinosaurs that underwent the confinement of this adaptation by the origin of Penalaptra, a group of theropods that includes Dromaeosaurids and Oviraptorosaurs like Velociraptor.
Overall, this group of dinosaurs exhibited bird-like features, including the emergence of feathered wings, indicating that flight evolved at least twice, if not up to five times.
“The evolutionary replacement of Urna was a gradual process occurring much deeper in history than previously understood,” stated the researchers.
“In recent decades, our understanding of theropod dinosaur anatomy and evolution has expanded significantly, revealing many classical ‘bird-like’ traits such as thin-walled bones, larger brains, and feathers.
“Our findings suggest that avian construction is consistent with a topological pattern traced back to the origin of Penalaptra.”
The team’s paper was published in the journal Nature on July 9, 2025.
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JG Napoli et al. Theropod wrist reorganization preceded the origins of bird flight. Nature, Published online on July 9, 2025. doi:10.1038/s41586-025-09232-3
Planetary scientists have identified over 15,000 km of ancient riverbeds in the Noachis Terra region of Mars’ southern highlands, indicating that the planet may have been significantly wetter than previously believed.
This image depicts a flat upper eroded river wavy ridge above Mars, with dunes moving over it. Image credits: NASA/JPL/University of Arizona.
The nature of Mars’ climate during the Noatian-Hesperian transition, which occurred around 3.7 billion years ago, is still being debated. This period saw significant geological and climatic changes, as well as the formation of surface features like valley networks and lakes associated with liquid water.
There are two prevailing theories: the first suggests that a warm and wet environment followed early Mars, allowing liquid water to persist on the surface for an extended time. The second posits that Mars has generally been cold and dry, with flowing water created sporadically by melting ice during brief climate shifts.
In Noachis Terra, climate models predicting “warm and humid” conditions suggest significant precipitation levels.
A recent study led by Open University Ph.D. student Adam Losekoot and his team analyzed the region’s wavy ridges, also known as inverse channels.
“These formations likely resulted from sediments laid down by rivers that solidified, later exposed through the erosion of surrounding materials,” noted the lead researcher.
“Similar ridges have been identified in various Martian terrains.”
“Their presence implies that flowing water once traversed the area, with precipitation being the most probable source,” he added.
The team found that river-wave ridges are widespread throughout Noachis Terra, amounting to over 15,000 km in total length.
While many segments are isolated, some systems extend several hundred kilometers.
“Exploring Mars, particularly less altered regions like Noachis Terra, is thrilling because they have remained relatively unchanged for billions of years,” Losekoot commented.
“It acts as a time capsule that captures fundamental geological processes in ways that are impossible to observe on Earth.”
In their investigation, the researchers utilized data from three orbital devices: the Context Camera (CTX), the Mars Orbiter Laser Altimeter (MOLA), and the High-Resolution Imaging Science Experiment (HiRISE).
These datasets enabled them to map the locations, lengths, and forms of the ridge systems across various areas.
“Our findings present new evidence indicating that Mars was once a much more dynamic and complex planet than we suppose,” they stated.
“The size and interconnectivity of these ridges suggest that liquid water existed for an extended period, indicating that Noachis Terra experienced warm, wet conditions for a geologically significant time.
“These results challenge the conventional belief that Mars has been predominantly cold and dry, with valleys formed only by sporadic, short-term meltwater from ice sheets.”
Paleontologists have announced the discovery of what they believe to be a new species of early-running Neonysikhia dinosaurs, part of the Jurassic Yangliao Biota in northern China.
Skeleton of Plasaurustinron shown in side view. Image credit: Hailong Zhang.
Named Plasaurustinron, this newly identified dinosaur species lived in what is now China approximately 160 million years ago during the Jurassic period.
The ancient reptiles are part of what is known as the Yanliao Biota, a Jurassic ecosystem that included dinosaurs, mammals, amphibians, insects, lizards, and numerous plants.
“The Yanliao Biota is one of China’s most significant Mesozoic Lagerstättes, comprising fossil communities from the Jiulongshan and Tiaojishan formations, dating from 168 to 157 million years ago,” according to researchers from the China Academy of Sciences and Yunnan University.
“Overall, between 54 and 58 vertebrate species have been reported from the Yanliao Biota, which includes nine non-avian dinosaurs.”
“The Yanliao Biota preserves a large array of vertebrate material from various species, offering valuable insights into major paleontological milestones, such as the emergence of birds and the early evolution of mammals.”
“However, all non-avian dinosaurs found within the Yanliao Biota are small ceratopsians, while Ornithischia is represented by merely one species likely from the Jehol Biota.”
“This contrasts sharply with other contemporary Chinese terrestrial faunas, like the Shishugou and Shaximiao Faunas, where body sizes and taxonomic compositions are far more diverse.”
Plasaurustinron belongs to the group known as Neornithischia (New Ornithischians), a category of dinosaurs within the order Ornithischia.
First identified in 1985, Neornithischians are characterized by a thick layer of asymmetric enamel on the inner surfaces of their lower teeth.
“Neornithischia is a significant group of dinosaurs with early origins traceable to the central Jurassic region and possibly represented by several early extinction species such as Sanxiasaurus, Agirisaurus, and Hexine Rusaurus found in China,” said the paleontologist.
“Besides China, Neornithischian fossils have been reported from Jurassic regions in Eastern Europe, Scotland, and other geological periods and countries.”
“Neornithischia experienced rapid diversification into numerous species during the Cretaceous period.”
Well-preserved specimens of Plasaurustinron were discovered in the Tiaojishan formation in the Hebei Province of China.
“The fossil comprises nearly complete skeletons encased in slabs of brownish-red sandstone,” the researchers noted.
“The specimen retains most of its skull and complete post-cranial skeleton.”
According to scientists, Plasaurustinron was a small neornithischian dinosaur.
“The specimen’s total length is approximately 72.2 cm (measured from the rostral end of the skull to the caudal end of the last preserved vertebra), whereas the skull measures around 8 cm,” they mentioned.
The identification of this new species enhances our understanding of the biodiversity of the Yangliao Biota and the evolutionary relationships of early-running neornithischians.
“Phylogenetic analyses position Plasaurustinron at the base of Neornithischia, in proximity to Agirisaurus, the earliest neornithischian known,” the authors explained.
“This new species marks the first Neonysichian found within the Yangliao ecosystem and will help bridge the temporal and geographical gaps in the distribution of Neornithischia in China.”
“Additionally, the preserved remains of Plasaurustinron represent the second documented occurrence of ossified laryngeal structures among non-avian dinosaurs.”
“The laryngeal structures observed in Plasaurustinron suggest the presence of ossified laryngeal devices across other dinosaur species.”
In a manner resembling the arc shape found in modern birds, Plasaurustinron may have possessed bird-like vocalizations.
The discovery of Plasaurustinron is detailed in a paper published in the journal PeerJ.
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Y. Yang et al. 2025. A new neornithischian dinosaur from the Jurassic Tiaojishan formation in northern China. PeerJ 13:E19664; doi:10.7717/peerj.19664
Ozempic and other GLP-1 medications might not need as frequent dosing as currently prescribed
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Individuals using GLP-1 medications such as Ozempic can still achieve weight loss despite facing difficulties in obtaining their prescriptions.
Medications like Semaglutide, marketed under the names Ozempic and Wegovy, have transformed obesity treatment, yet the increasing demand has led to significant supply shortages. In the U.S., changes in insurance coverage for these drugs can lead to confusion. For instance, CVS Caremark, which assists insurers in managing their prescription plans, recently discontinued coverage for Eli Lilly’s Zepbound, linked to the GLP-1 drug tilzepatide.
To investigate the impact of this confusion, Kaelen Medeiros and a colleague from a New York firm analyzed data from over 6,000 participants in the U.S. who enrolled in their program for a year between 2021 and 2024.
The program provided access to an app delivering bi-weekly lessons aimed at optimizing lifestyle choices such as nutrition and physical activity. Additionally, participants enjoyed regular one-on-one consultations with a health coach who assisted in applying these lessons. For an extra charge, all participants received GLP-1 medications, like Ozempic, mainly on a weekly basis.
By the program’s conclusion, 73% of participants experienced at least one disruption in GLP-1 access, defined as missing the medication for a minimum of 13 weeks. These participants received, on average, eight months’ supply of GLP-1 over the year-long trial. Participants lost an average of 14% of their body weight, compared to a 17% reduction among those who did not face such disruptions. The findings were shared at the Endocrinology Society’s annual general meeting in San Francisco on July 14th.
A similar rate of weight loss was observed in the program’s second year, regardless of the consistency of GLP-1 supply. “Although this confusion is concerning, it’s encouraging to see significant clinically relevant weight loss achieved despite it,” Medeiros remarks.
“This study is promising,” says Priya Jaisinghani from NYU Langone Health, New York. However, further research is needed to assess how the health coaching and lifestyle lessons provided to participants influenced weight loss, she notes. The researchers didn’t measure the engagement levels of participants in this segment of the program. Medeiros pointed out that variations in adherence might have impacted the outcomes.
Some participants also took metformin, a medication for type 2 diabetes that can aid in weight loss. Nevertheless, metformin is associated with only about a 2% reduction in body weight.
The Nor’easter Storm that caused flooding in Lynn, Massachusetts in January 2024
CJ Gunther/EPA-EFE/Shutterstock
The notorious New England storm system, dubbed the Norwegian Star, has intensified since the 1940s, posing an increased threat to the Northeastern U.S. coast, likely due to elevated ocean temperatures.
“The cause of rising sea surface temperatures is clear: greenhouse gas emissions and their impact on trends,” states Michael Mann from the University of Pennsylvania.
Mann and his team have compiled data on nor’easters and their trajectories over the last 85 years. They employed statistical techniques to discern patterns in maximum wind speeds and variations in precipitation during storms.
“Our findings indicate that while we couldn’t pinpoint significant changes in the average intensity of these storms, the most powerful storms are indeed gaining strength,” Mann revealed.
This phenomenon relates to how the sea temperatures that power the storms interact with various factors, including wind shear, influencing overall strength. Weaker storms tend to be more influenced by elements other than ocean temperature, which dictates potential storm strength. “Bringing a bit of personality to the analysis, these storms have the chance to realize their full potential,” Mann commented.
While hurricanes at tropical latitudes have been known to behave this way, the reaction of nor’easters to rising temperatures remains less understood. “Unlike hurricanes, nor’easters draw energy from a variety of elements,” notes Brian Tan from the University of Albany, New York.
A slight increase in both intensity and precipitation has been observed. The alteration in wind speed of the strongest storms is just shy of 2 meters per second since 1940.
Combined with rising sea levels, storm surges are causing flooding along the coast, while increases in snow and rain contribute to flooding inland. “The primary hazard is water,” Tan emphasizes.
The article was revised on July 14th, 2025
We have disclosed the strongest changes in nor’easter wind speeds.
Lithium-based batteries, such as those used in electric vehicles, face the danger of overheating
yonhap/epa-fe/shutterstock
Batteries enhanced with polymeric materials that emit chemicals to suppress flames at elevated temperatures are considerably less prone to catching fire. This innovation can markedly improve the safety of battery-operated devices, including electric vehicles and medical equipment.
“Our method enhances safety in conventional liquid lithium batteries,” says Ying Chan from the Chemistry Institute of the Chinese Academy of Sciences. “It functions like a safety valve. These chemicals help to stifle flammable gases before they ignite, thus preventing fires.”
Zhang and her team developed and examined polymeric materials that extinguished flames in prototype lithium metal batteries. These batteries are presently being utilized, but upcoming versions are expected to potentially replace current batteries in electric vehicles and portable electronic gadgets. Lithium metals can store ten times more energy than widely used lithium-ion batteries by utilizing pure lithium in place of graphite for the negative electrodes.
The researchers incrementally raised the temperature of the prototype battery along with standard lithium metal batteries to 50°C. When the temperature exceeded 100°C, both batteries began to overheat, yet the special polymeric material in the prototype began to break down autonomously, releasing chemicals that functioned as “microscopic fire extinguishers.”
At temperatures surpassing 120°C, the standard battery without safety mechanisms overheated to 1000°C within 13 minutes and ignited. In contrast, under similar circumstances, the prototype battery’s peak temperature reached 220°C without any fire or explosion.
This “innovative material science strategy” suggests that it’s not only lithium metal batteries that can benefit, but also specific lithium-ion and lithium-sulfur batteries which may lower the risk of battery fires and overheating. Jaggit Nanda at the SLAC National Accelerator Laboratory, California, expresses that this could lead to safer batteries, especially for electric vehicles and aircraft.
Fire control technology has been incorporated into current battery manufacturing as a “short-term safety enhancement,” and the industry is actively seeking a long-term solution that encompasses alternative battery designs and materials, according to Zhang. However, she notes that integrating polymeric materials into the battery necessitates a re-manufacturing process.
University of Pennsylvania researchers used a deep learning tool named Apex to explore a worldwide venom dataset in search of new antibiotic candidates.
Guan et al. Vococcus is a rich source of previously hidden antibiotic scaffolds, showing that merging experimental validation with extensive computational mining can enhance the search for urgently needed antibiotics. Image credits: Guan et al., doi: 10.1038/s41467-025-60051-6.
The increasing prevalence of antibiotic-resistant pathogens, especially Gram-negative bacteria, underscores the critical demand for new treatments.
Venococcus represents a vast, largely untapped source of bioactive molecules with potential antibacterial properties.
In their recent study, researcher César de La Fuente and his team analyzed a comprehensive database containing 16,123 poison proteins and over 40 million poison-encoded peptides via a vertex deep learning model.
The algorithm successfully pinpointed 386 candidate peptides that differ in structure and function from known antimicrobial peptides.
“These poisons are evolutionary wonders, yet their antibacterial capabilities have not been thoroughly examined,” said Dr. de la Fuente.
“Apex can rapidly explore extensive chemical landscapes, identifying exceptional peptides that combat some of the most stubborn pathogens worldwide.”
From the potential candidates selected by AI, scientists synthesized 58 peptide variants for laboratory assessment.
Remarkably, 53 of these demonstrated efficacy against drug-resistant bacteria such as E. coli and Staphylococcus aureus, at doses safe for human red blood cells.
“By combining computational analysis with traditional laboratory techniques, we achieved one of the most thorough antibiotic studies to date,” noted Dr. Marcelo Torres, co-author of the research.
“The platform has mapped over 2,000 novel antibacterial motifs, enhancing its capacity to eliminate or suppress bacterial growth through short, specific amino acid sequences within proteins or peptides.”
“Our team is now advancing the top peptide candidates towards the development of new antibiotics, optimizing them through medicinal chemistry modulation.”
results will be published in the journal Nature Communications.
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C. Guan et al. 2025. A global assessment of venom data for antibacterial discovery using artificial intelligence techniques. Nat Commun 16, 6446; doi:10.1038/s41467-025-60051-6
Annapolis, Maryland – Two species are in jeopardy within the Chesapeake Bay in Maryland.
This season, the surveys for legendary crustaceans reached one of the lowest levels ever recorded. This has driven up prices at restaurants as disposable income tightened and inflation increased costs for food and other consumer items.
Luke McFadden, 29, who has been crabbing since he was 18, mentioned that the season got off to a tough start.
“We’re doing our best to serve our customers at the lowest price possible to cover our expenses,” he remarked. “But I get it; it’s not easy.”
Krabal Luke McFadden. Cesar Gonzalez / NBC News
At a family-owned crab house, Pit Boys, Seafood Manager Charlie George indicated that customer prices range from $75 to $140 based on size. This is “much higher” than previous years due to the shortage of crabs in the bay.
According to the 2025 Blue Crab Advisory Report, the overall blue crab population has declined to approximately 238 million, down from 317 million last year. This marks the second lowest level since the annual winter dredge survey commenced in 1990.
Alison Colden, Executive Director of the Chesapeake Bay Foundation, attributes the decline to pollution, climate change, and the encroachment of invasive blue catfish throughout the Chesapeake Bay. These catfish were introduced in the 1970s and 1980s to enhance recreational fishing.
“Since then, they’ve proliferated across nearly every river and stream in the Chesapeake Bay region,” Colden remarked. “They are voracious predators.”
Recent images from the NASA/ESA Hubble Space Telescope highlight NGC 1786, a spherical cluster located in the constellation of Dorado.
This Hubble image depicts NGC 1786, a spherical cluster approximately 163,000 light-years away in the Dorado constellation. The color images were created from various exposures captured in visible and near-infrared regions of the spectrum using Hubble’s Wide Field Camera 3 (WFC3). Three filters sampled different wavelengths. Colors were assigned by applying distinct hues to each monochromatic image related to individual filters. Image credits: NASA/ESA/Hubble/M. Monelli/M Hözsaraç.
Spherical clusters are ancient star systems, bound together by gravity, typically spanning around 100-200 light-years.
These clusters host hundreds of thousands, or even millions, of stars. The significant masses at the cluster’s core attract stars inward, forming a spherical configuration.
Considered among the universe’s oldest known objects, spherical clusters are remnants from the early Galactic era. It’s believed that all galaxies harbor a population of these structures.
The Large Magellanic Cloud, a neighboring dwarf galaxy located about 163,000 light-years away, possesses roughly 60 spherical clusters, including NGC 1786.
This spherical cluster, also referred to as ESO 56-39, was discovered on December 20, 1835, by the British astronomer John Herschel.
“Data from the new image is derived from spherical clusters within Milky Way galaxies, including the Large and Small Magellanic Clouds, as well as Fornax dwarf spheroidal galaxies,” stated Hubble astronomers.
“Our galaxy contains over 150 of these extensively studied ancient spherical formations.
“Due to its stability and longevity, it acts as a galactic time capsule, preserving stars from the galaxy’s formative stages.”
“While it was once believed that all stars in spherical clusters formed nearly simultaneously, our research on ancient clusters within our galaxy has revealed multiple populations of stars of varying ages,” they further explained.
“To utilize spherical clusters as historical markers, it’s essential to comprehend their formation and the origins of stars from different ages.”
“This observational program analyzed older spherical clusters like NGC 1786 in external galaxies to determine whether they contained multiple star populations.”
“Such studies can provide insights into the original formation mechanisms of the Large Magellanic Cloud as well as the Milky Way galaxy.”
The innovative battery storage solution, utilizing SuperCapacitor Technology, may “jump” traditional lithium-ion batteries, transforming the landscape for renewable energy storage and use, according to its creator.
On July 8th, British firm SuperDielectrics unveiled its new prototype storage system, dubbed the Faraday 2, at an event in central London. Incorporating a polymer designed for contact lenses, this system boasts a lower energy density than lithium-ion batteries but claims numerous advantages, such as quicker charging, enhanced safety, reduced costs, and a recyclable framework.
“The current energy storage market at home is reminiscent of the computer market around 1980,” said SuperDielectrics’ Marcus Scott while addressing journalists and investors. “Access to clean, reliable, and affordable electricity isn’t a future goal; it’s now a practical reality, and we believe we are creating the technology to support it.”
Energy storage is pivotal for the global transition to green energy, crucial for providing stable electricity despite the intermittent nature of wind and solar power. While lithium-ion batteries dominate the storage technology market, they present challenges, including high costs, limited resources, complex recycling processes, and safety risks like overheating explosions.
With its aqueous battery design grounded in supercapacitor technology, SuperDielectrics aims to address these challenges. Supercapacitors store energy on material surfaces, facilitating extremely rapid charge and discharge cycles, albeit with lower energy density.
The company’s design employs a zinc electrolyte, separated from the carbon electrode by a polymer membrane. SuperDielectrics asserts that this membrane technology is cost-effective, utilizing abundant raw materials, thus unlocking a new generation of supercapacitors with significant energy storage capabilities.
During the event, the company’s CEO Jim Heathcote mentioned that the technology could outperform lithium-ion systems in renewable energy storage.
The Faraday 2 builds on the earlier Faraday 1 prototype launched last year, claiming to double the energy density. The Faraday 2 operates at 1-40 Wh/kg, allowing for faster charging times, which will harness fleeting spikes in renewable energy production, as noted by Heathcote.
However, Gareth Hinds from the UK National Physical Laboratory points out that the technology still lags behind lithium-ion batteries, which can achieve around 300 Wh/kg at the cell level. Andrew Abbott of the University of Leicester adds that the energy density now offered by SuperDielectrics is akin to that of lead-acid batteries commonly used in automobiles and backup power systems. “There are no immediate plans among leading manufacturers to transition,” he states.
Marcus Newborough, scientific advisor at SuperDielectrics, acknowledges that they are still “on a journey” to enhance the system’s energy density. “We are aware of our high theoretical energy density,” he mentioned, noting the company’s commitment to realizing this potential in the coming years, aiming for a commercial energy storage solution ready for launch by the end of 2027.
Despite the optimism, Hinds remains skeptical about the technology competing with lithium-ion batteries regarding energy density. “Clearly, it’s an early-stage development, and while they continue to push for higher energy density, achieving lithium-ion levels is a significant challenge due to strict limitations,” he comments.
Nonetheless, he suggests that there could be a market for larger storage solutions that provide lower energy density but at a much more affordable price than lithium-ion batteries and with a longer lifespan.
Sam Cooper from Imperial College, London, concurs: “If we can develop a system offering equal energy storage capacity to the Tesla Powerwall, regardless of size or weight, and at a cost of 95% less, that would represent a groundbreaking achievement.”
Astronomers are focused on discovering planets that closely resemble Earth in size, composition, and temperature.Earth-like planets face numerous challenges in this quest. These planets are small and rocky, making them hard to detect. The current methods of planet hunting tend to favor gas giants, complicating matters. For a planet to have temperatures similar to Earth, it must orbit its host star at a similar distance, similar to Earth’s orbit around the Sun. This means it takes about a year to complete its orbit around the star. This raises an additional challenge for astronomers: locating Earth-like planets around a star requires telescopes to be dedicated to monitoring them for more than a year.
To maximize efficiency and reduce time spent on monitoring, scientists are seeking alternative methods to identify promising stars for in-depth searches before committing resources. A team of astronomers explored whether observable characteristics of planetary systems could indicate the presence of Earth-like planets. They found that the arrangement of known planets, along with their mass, radius, and proximity to their nearest star, could help predict the likelihood of Earth-like planets existing in those systems.
How effectively did the team test their approach using Machine Learning? They initiated their study by compiling a sample of planetary systems, some with Earth-like planets and some without. Since astronomers have only discovered about 5,000 stars that host orbiting planets, this sample size was too small for training machine learning models effectively. Consequently, the team generated three sets of planetary systems using a computational framework that simulates how planets form, based on the Bern model.
The Bern model initiates with 20 dust clumps, measuring around 600 meters, which is approximately 2,000 feet. These clumps help kickstart the accumulation of gas and dust into full-sized planets over a timespan of 20 million years. The planetary system evolves to a stable state over more than 10 billion years, leading to a Synthetic Planetary System that astronomers can utilize in their datasets. Using this model, they created 24,365 systems with sun-sized stars, 14,559 systems with similar stars, and 14,958 systems with different types of stars. Each group was further subdivided into those containing Earth-like planets and those without.
With these larger datasets in hand, the team utilized machine learning techniques known as Random Forest Models to categorize planetary systems based on their potential to host Earth-like planets. In a random forest setup, outputs are determined as either true or false through various components called trees that outline subsections of the entire training dataset. The team concluded that if a planetary system could host one or more Earth-like planets, the Random Forest algorithm should categorize it as “true.” They evaluated the algorithm’s accuracy using a metric known as the Precision Score.
The random forests made decisions based on specific characteristics within each synthetic planetary system. These factors included the number of planets, the presence of similar systems observed by astronomers, the system’s total planet count, and the mass and distance of planets over 100 times that of Earth, as well as the characteristics of the stars involved. The team allocated 80% of the synthetic planetary systems for training data, reserving the remaining 20% for initial testing of the completed algorithm.
The findings revealed that the random forest models accurately predicted where Earth-like planets are likely to exist with an impressive precision score of 0.99. Building on this success, they tested the model against data from 1,567 stars of similar sizes, each with at least one known orbiting planet. Out of these, 44 met the algorithm’s threshold for having Earth-like planets, suggesting that the majority of systems in this subset are stable enough to host such planets.
The team concluded that their models can effectively identify candidate stars for hosting Earth-like planets; however, they issued a caution. One concern is that the synthesis of planetary systems is time-consuming and resource-intensive, limiting the availability of training data. A more significant caution is rooted in the assumption that the Bern model accurately simulates the layered structure of planets. They urged researchers to rigorously validate their models for future theoretical work.
when Elon Musk encouraged Germans to support the far-right Alternative for Germany (AFD) in last year’s election, Manu Heuer, a resident of the small town where the billionaire established Tesla’s European production center, expressed her concerns.
“How can you engage in business with individuals who endorse right-wing extremism?” she questioned Dietimar Wudike, the Social Democrat leader in Brandenburg, who backed the creation of the Tesla Giga Factory in Grunheide.
Heuer described Woidke’s “unfortunate, yet predictable” response, where he dismissed the claim. “He claimed he didn’t know Musk personally, as if that were a valid excuse,” she noted.
Manu Heuer has sought to question local politicians regarding Elon Musk’s backing of the far-right Alternative for Germany party. Photo: Imago/Alamy
She co-founded Citizens’ Initiatives to develop a vibrant community on a sandy plain southwest of Berlin to oppose plans announced in 2019. At the time, there was significant concern regarding the potential environmental effects of factories on the local pine forests and groundwater.
Recently, it is Musk’s politics that have raised alarms. Not only did he notably endorse far-right European parties, but he also appeared to make a Nazi salute at a rally following Donald Trump’s inauguration.
Elon Musk will inspect the vehicle when production commences at the Tesla facility in Grunheide. Photo: Patrick Pleul/AFP/Getty Images
Meanwhile, Tesla’s sales have declined, particularly in Europe, where new vehicle sales have dropped for the fifth consecutive month, despite overall growth in the electric vehicle market.
Heiko Basin, another member of the civic initiative, expressed a sense of schadenfreude. “We had placed our hopes in this,” the carpenter shared during a recent walk in the shadows of the expansive Grunheide factory.
As sales continue to drop, factories face challenges. Production shifts for the Y model have decreased from 3-2 units per day. IG Metal, which has recruited hundreds of workers despite Tesla’s resistance, urged the company to consider placing employees in “Kurzarbeit.”
Regional media has reported that Tesla is relocating to carriers at a former East German airport, approximately 60 km (37 miles) away.
Musk’s apparent Nazi salute elicited shock and horror in Germany, but it went largely unnoticed in Grunheide until the campaign group projected an image on the facade of the Tesla factory with the Nazi-related word “heil” provocatively placed in front of the Tesla logo.
The outcry from the incident was palpable on the factory floor, as workers told tabloid Berlin Klier. “In Tesla Germany, they tried to maintain distance from (Musk) and remained silent,” one worker noted. Now, they could no longer ignore their ties.
Workers are hard to reach and are often compelled to sign non-disclosure agreements (NDAs). Yet, on Khunnu, a work portal allowing employees to express their thoughts anonymously, a Tesla worker shared:
Almut, a local resident, remarked that politicians tout the benefits Tesla has brought to the area, yet “fail to acknowledge the troubling reality that it subsidizes the wealthiest individual in the world who bears no social responsibility for what occurs here.”
She said locals often joke about what might replace the factory if Tesla were to fail. “Ammunition factories? Prisons? In a way, those seem like decent alternatives,” she quipped. The only positive contribution she could recall from Tesla was the robotic lawnmower it donated to a local soccer club.
While local politicians in Grunheide were keen to highlight the advantages of the factory, some residents voiced concerns about the environmental effects of light pollution and excessive water consumption. Photo: Michele Tantussi/Getty Images
Just two weeks prior to the salute, Musk publicly supported the AFD during an hour-long discussion with co-leader Alice Weidel, touching on topics like Hitler, solar energy, and German bureaucracy. Musk mentioned that Tesla had to submit a staggering 25,000-page form to establish the Grunheide factory. Notably, the AFD has vehemently opposed the Tesla facility, citing concerns over US-led turbo-capitalism and the erosion of workers’ rights. “People need to get behind the AFD,” Musk stated.
For Grunheide residents who oppose Musk, their concerns are compounded by the factory’s impact on rural areas characterized by forests, lakes, and rivers.
New bike lanes and roads necessitate the clearing of large swaths of pine forests, threatening the area’s already precarious drinking water resources and officially declared drought zones.
Tesla Giga Factory with forests in the backdrop. Photo: Sean Gallup/Getty Images
The expansive factory complex, covering 300 hectares (740 acres), is set for expansion by another 100 hectares under a plan submitted by the Mayor of Grunheide, despite a local referendum where 62% of voters voiced opposition.
Supporters highlight the 11,000 jobs created by the factories and the positive impact on the local economy in a region previously governed by the Communist Party. Many young residents look forward to more frequent train services to Berlin, improved supermarket stocks, and the elevation of their hometowns alongside Tesla’s other locations in Shanghai, Nevada, and Austin as examples of “green capitalism.” It is said that an invitation to the “Rave Cave” Technodance Space Mask was sought within the factory complex.
For job openings, the Tesla recruitment page emphasizes that diversity is central to its business model, listing numerous positions available from shift managers to maintenance technicians.
Nevertheless, even among those who have previously expressed enthusiasm for Tesla, sentiments have turned cold. Formerly, a group of local teenagers routinely flew drones over the construction site and proudly shared their videos on YouTube. “Even though I’m no longer anonymous about Tesla/Elon, I’m happy to discuss publicly about them,” one teen texted to the Guardian.
There has been no response from the company regarding interview requests or access to the factory.
Arne Christani, the Mayor of Grunheide and a steadfast Musk supporter, expressed confidence that Tesla will thrive in Grunheide. He mentioned he was unfazed by Musk’s statements or actions. “We must differentiate between what happens in the United States and here in Grunheide,” he stated.
Heuer, living 9 km from the factory, remains hopeful of seeing a starry sky from her garden once again. “Since the factory was built, it’s been challenging due to light pollution from the round-the-clock operation,” she remarked, sharing before and after photos on her phone.
Coal Power Plants Contribute to Cooling via Sulphate Pollution
Frank Hermann/Getty Images
The presence of sulfate air pollution causes clouds to darken and reduces sunlight. This factor could contribute to recent temperature increases beyond just greenhouse gas effects.
“Two-thirds of the global warming observed since 2001 is attributed not to rising CO2 levels, but to decreasing SO2 levels,” says Peter Cox from the University of Exeter, UK.
While some sunlight is reflected and some is absorbed before being released as heat, increased carbon dioxide levels enhance the retention of this heat. This greenhouse effect is a primary driver of global warming, but the albedo, or reflectivity of the planet, significantly influences temperature.
Since 2001, satellite instruments like Ceres have measured sunlight reflection and absorption. These observations reveal a decline in sunlight reflectivity, indicating a darker planet with diminishing albedo, leading to more intense warming.
Factors contributing to this reduced albedo include diminished snow and sea ice as well as fewer clouds. However, Cox and Margaux Marchant’s analysis of Ceres data spanning 2001 to 2019 suggests that the most significant contributor is the darkening of clouds.
Industrial and maritime sulfate emissions are known to enhance the density of cloud droplets, improving their reflectivity. This principle underpins a proposed geoengineering technique called Marine Cloud Brightening. However, recent shifts away from high-sulfur fuels like coal have led to reductions in these emissions.
Thus, Merchant and Cox explored whether the observed loss of cloud brightness is linked to reduced SO2 levels and found correlations. They presented initial findings at the Exeter Climate Forum recently.
These findings are promising, as the accelerated warming trends indicate that some researchers fear the global climate sensitivity (the temperature rise associated with increased atmospheric CO2) could be at the upper range of estimates. While the short-term effects of reduced pollution contribute to warming, this suggests greater warming potential as CO2 emissions rise if cloud darkening results from increased CO2.
“If this darkening signifies a genuine shift in cloud feedback indicating greater sensitivity than previously thought, rather than a mere result of decreased SO2 emissions, it is promising news,” stated Laura Wilcox from the University of Reading, UK, who was not involved in the research.
Wilcox notes limitations in the datasets utilized by Marchant and Cox; for instance, the SO2 contamination data may have changed since their analysis.
Furthermore, two recent studies suggest dimming is largely due toreduced cloud cover, not darker clouds. “The factors behind these recent darkening trends are currently being intensely debated,” she says.
Overall, Wilcox adds that her research supports the view that the recent acceleration of global warming is chiefly driven by reduced air pollution, and this effect is likely to be temporary.
An academic is reportedly concealing prompts in preprint papers for artificial intelligence tools, encouraging these tools to generate favorable reviews.
On July 1st, Nikkei reported that we examined research papers from 14 academic institutions across eight countries, including two in Japan, South Korea, China, Singapore, and the United States.
The papers found on the research platform Arxiv have not yet gone through formal peer review, and most pertain to the field of computer science.
In one paper reviewed by the Guardian, there was hidden white text located just beneath the abstract statement.
Nikkei also reported on other papers that included the phrase “Don’t emphasize negativity,” with some offering precise instructions for the positive reviews expected.
The trend seems to originate from a social media post by Jonathan Lorraine, a Canada-based Nvidia Research Scientist, suggesting the avoidance of “stricken meeting reviews from reviewers with LLM” that incorporate AI prompts.
If a paper is peer-reviewed by humans, the prompts might not cause issues, but as one professor involved with the manuscript mentioned, it counters the phenomenon of “lazy reviewers” who rely on others to conduct their peer review work.
Nature conducted a survey with 5,000 researchers in March and found that nearly 20% had attempted to use a large language model (LLM) to enhance the speed and ease of their research.
Biodiversity academic Timothee Poisau at the University of Montreal revealed on his blog in February that doubts arose regarding a peer review because it contained output from ChatGPT, referring to it as “blatantly written by LLM” in his review, which included “here is a revised version of the improved review.”
“Writing a review using LLM indicates a desire for an assessment without committing to the effort of reviewing,” Poisot states.
“If you begin automating reviews, as a reviewer, you signal that providing reviews is merely a task to complete or an item to add to your resume.”
The rise of a widely accessible commercial language model poses challenges for various sectors, including publishing, academia, and law.
Last year, Frontier of Cell and Developmental Biology gained media attention for including AI-generated images depicting mice standing upright with exaggerated characteristics.
oWhen Russia’s invasion of Ukraine commenced, Leksii Sukhorukov’s son was just 12 years old. For months, their family endured trauma and uncertainty. Sukhorukov had to leave his job in the entertainment sector, which included virtual reality and video games, leading to isolation from friends and family. Amid all this chaos, his son found solace in Minecraft. No matter the turmoil outside, he could enter Mojang’s block-building game to escape.
“After February 24, 2022, my perspective on the game shifted dramatically,” Skorkov reflects. He discovered a community of Ukrainian children playing together online. Some lived under Russian occupation, while others resided in government-controlled regions frequently targeted by missile strikes. Many had become refugees, yet they managed to connect, support each other, and construct their own worlds. Isn’t that fascinating? I felt compelled to explore how video games could be harnessed for this purpose.”
Sukhorukov, who holds a degree in psychology, chose to return to his roots, aiming to integrate his gaming experience with mental health practices. He is now the MC of the Ukrainian National Psychological Association’s Cyber Psychology Department. In 2023, he launched HealGame Ukraine, a project focused on utilizing video games for mental and emotional health support. “Currently, in collaboration with the Donetsk National Institute of Technology, we are developing a Minecraft server aimed at bringing together Ukrainian children who feel particularly isolated due to the conflict,” he explains. “The server will be facilitated by psychologists and social workers, and we also plan to create a Minecraft project for children with special educational needs.”
Lighthouse…Moment from Oleksii Sukhorukov’s Wonderworld project, where kids create towers to connect with each other on Minecraft servers. Photo: оacy
Play has been a foundation of child therapy for nearly a century, thanks to pioneers like Anna Freud, Melanie Klein, and Virginia Axlein. However, the integration of video games into therapy has been spearheaded by a new generation of practitioners who grew up gaming since the early 2010s. In 2011, Massachusetts-based therapist and gamer Minecra Grova published “Reset: Video Games and Psychotherapy,” a guide for clinicians seeking to understand gaming culture’s impact on adolescents. This piqued the interest of UK counselor Ellie Finch. Growing up with Mega Drive games, she began contemplating how to incorporate games into therapy after engaging with titles like Nie and Minecraft in 2012. However, the onset of the pandemic halted her plans.
“I transitioned from in-person youth counseling to online sessions overnight,” Finch recalls. “There are limitations to providing counseling via video calls, and I noticed many of the children were gamers. I began discussing video games with them.
Minecraft has shown to be particularly effective for several reasons: it’s one of the most popular games globally, with over 200 million players, making it familiar and accessible to many kids. Its open and creative structure allows players to express themselves freely, gathering materials to construct homes, explore, and fend off zombies.
Finch creates a private Minecraft environment exclusively for her and the children she works with. Clients can dictate parameters; some may prefer no hostile characters and opt for creative mode, while others desire a flat sky landscape. “I often begin the first session by asking my clients to design a safe space in their world,” Finch states. “This could be a house, castle, or underwater observatory. Their creations reveal much about their inner world right from the start.”
The ideal home… Ellie Finch guides clients in building a secure home within Minecraft. Photo: Microsoft/Ellie Finch
Therapists can navigate the game in various ways, allowing for a non-directed format where they follow the client to develop trust and employ therapeutic skills to decode the ongoing dynamics. “Minecraft provides a sense of adventure,” Finch notes. “Clients might wish to explore caves, swim underwater, battle hostile mobs, or construct intricate machines, opening a multitude of possibilities.
Therapists can also employ commands that engage clients in therapeutic or psychoeducational tasks. Recently, Sukhorukov and Ukrainian psychologist Anna Schulha, along with nonprofit Martesezer Werke, orchestrated a quest called Wonderworld for Ukrainian refugees aged 11-13 in Germany. These children, often feeling isolated and burdened by forced migration, participated in sessions where they had to find envelopes containing Minecraft-related resources hidden around their living spaces and nearby parks. They then utilized these resources in the game to create cakes and other items.
“At the conclusion of each session, we encouraged kids to reflect on the positive emotions and experiences they encountered during the game,” Skorkov shares. “It’s fascinating to observe the kids’ constructions and the choices they make. Are they vibrant and open, or concealed underground? How do they navigate this gaming realm?
Finch resonates with the notion that creativity within video games serves as a medium of communication, akin to drawing or building with LEGO. “The kids have shown me their fears and feelings of entrapment by guiding me into dark caves. They constructed slime block trampolines to relieve tension. Teenagers have utilized the game to venture outside their ‘safe spaces’ and explore unfamiliar territories beyond the guidance of therapists and trusted adults. In 2024, she plans to collaborate with the Cambridge University Faculty of Education on a project named ‘Chasm: Creating Accessible Services Using Minecraft’ to showcase these therapeutic uses.
Today, an increasing number of therapists are exploring the potential of video games in diverse ways. Drawing influence from Sukhorukov, they’re doing essential work that elucidates the digital landscape, cyber trauma, and the realities children face in gaming.
It’s not just about Minecraft. Games like Fortnite, Roblox, and Animal Crossing are also becoming therapeutic tools. Regardless of the game, therapy is essential in reflecting the increasingly digital lives of our youth. “For individuals raised in a tech-rich world, digital play isn’t merely a pastime,” Stone asserts. “They utilize platforms, programs, and devices as their primary forms of creativity and connection, amplifying the foundations of psychotherapy rather than replacing them.
Finch is currently contemplating extending video game therapy to adults, recognizing that this approach can be beneficial across all ages, given her lifelong devotion to gaming.
For Sukhorukov, a profound dynamic exists between Ukrainian children and Minecraft. The therapeutic impact is expanding throughout the nation. “If you search for the term ‘майнкрафт’ on Ukrainian YouTube, you will find numerous videos created by Ukrainian children and teenagers within Minecraft. They reflect lives intersected by war, with military parents, loved ones, or displaced companions. The war has fragmented their connections, affecting every Ukrainian child.
“Moreover, there’s something else that may be challenging to convey. The homelands of many Ukrainians—Volnovakha, Sievierodonetsk, Soledar, Mar’inka, Bakhmut—only exist in Minecraft. Children lack the capacity to articulate their experiences in extensive articles about these realities.
They garnered over 1 million streams on Spotify within a few weeks, yet it was later disclosed that a fresh band, The Velvet Sundown, was crafted using production techniques involving AI.
This revelation ignited discussions about authenticity in the music industry. Industry experts argue that streaming platforms should be legally obligated to mark music created by AI actions, enabling consumers to make informed choices about the music they consume.
Initially, the band described as “The Synthetic Music Project, Guided by Human Creative Oversight,” denied that their works were AI-generated, releasing two albums in June titled Echo, Dust, and Silence Floating.
The situation grew more intricate when a self-identified “subsidized” member informed journalists that The Velvet Sundown utilized the AI platform Suno for song creation, branding the project as an “artistic hoax.”
The band’s official social media outlets refuted this claim, asserting that their identity had been “hijacked.” They later issued a statement admitting it was an AI creation and “not human at all.”
Sources told the Guardian that streaming services, including Spotify, currently lack legal obligations to disclose music produced by AI, hindering consumers from understanding the origin of the tracks they listen to.
“We are pleased to announce our commitment to offering a broad array of services to our clients,” stated Roberto Neri, CEO of Ivors Academy.
Neri remarked that while AI can enhance songwriting when “used ethically,” his organization is currently focused on what they term “deeply concerning issues” surrounding AI in music.
Sophie Jones, Chief Strategy Officer for the UK’s Music Trade Organization (BPI), has advocated for clear labeling. “We believe AI should be a tool that enhances human creativity, not replaces it,” Jones stated.
“This is why we urge the UK government to safeguard copyrights, implement new transparency requirements for AI firms, license and enforce music rights, and ensure proper labeling for AI-generated content.”
Liz Pelly, author of Mood Machine: The Rise of Spotify and the Cost of the Perfect Playlist, warned that independent artists could be taken advantage of by those behind AI bands who utilize music to produce trained tracks.
She referenced a 2023 incident involving songs uploaded to TikTok, Spotify, and YouTube, where Universal Music Group stated a song “infringes content created with generative AI” leading to its removal shortly after being uploaded.
It remains unclear what type of music informed The Velvet Sundown’s album. Critics express concerns that the ambiguity could result in independent artists missing out on compensation.
Pelly emphasized: “It’s not just pop stars facing this issue; every artist needs clarity on whether their work is being misappropriated in this way.”
For many, the rise of The Velvet Sundown is a natural progression in the intersection of music and AI, as legislative measures struggle to adapt to the swiftly evolving music landscape.
Jones commented: “The emergence of AI-generated music competing directly with human creativity underscores that tech companies are leveraging creative works to train AI models.”
Neri asserted that the UK has the potential to lead in the ethical adoption of AI in music, but this requires a strong legal framework that ensures “guarantees, fair compensation, and clear labels for listeners.”
“Without such protections, AI risks repeating the missteps of streaming, where major tech companies profit while music creators are sidelined,” he added.
Aurélien Hérault, Chief Innovation Officer at music streaming service Deezer, stated that the company employs detection software to identify and tag AI-generated tracks.
He remarked: “Currently, our platform is transparent, and we need to ensure users are alerted about AI usage. In the near future, a form of ‘naturalization of AI’ should indicate whether AI is being utilized.”
Hérault did not dismiss the possibility of future tag removals as AI-generated music gains popularity and musicians begin to adopt it like traditional “instruments.”
A recent report conveyed to the Guardian revealed that up to seven out of ten streams of AI-generated music on the platform are deemed fraudulent.
At present, Spotify does not label music as AI-generated and has faced backlash for including AI music in various playlists previously, often referred to as “ghost acts,” wherein stock music is fabricated.
A company spokesperson declared that Spotify does not prioritize AI-generated content. “All music available on Spotify, including AI-generated pieces, is created, owned, and uploaded by licensed third parties,” they elaborated.
“Isometric movements like planks can help alleviate pain.”
Sutulastock/Shutterstock
In my previous article, I discussed how isometric exercises, which involve holding muscles in a fixed position, can effectively lower blood pressure. Since then, I’ve started integrating them into my workouts. This leads me to ask: Do these exercises provide additional benefits?
The answer is yes—and some benefits were surprising. Isometric exercises, such as planks (as shown) and wall squats, can alleviate pain, prevent injuries, and significantly enhance fitness in an efficient manner. In fact, most individuals will likely gain from incorporating these into their workout regimes.
One of the most notable advantages of isometric exercises is their ability to build strength with minimal movement, making them less physically demanding compared to more dynamic workouts. They are indeed effective: a review revealed that isometric training over 42-100 days could boost muscle strength by as much as 92%.
These strength gains can be highly targeted. Athletes frequently employ isometric exercises to strengthen the challenging aspects of their movements, like the lowest point in a squat. This focused training may enhance overall performance, as researchers have discovered that isometric training could surpass jump-based training in terms of durability.
Moreover, these exercises are gentle on the body, making them easy to include at the beginning or end of a standard workout, providing extra benefits. They serve as excellent warm-ups and research has shown they can reduce muscle soreness post-exercise without hindering running performance. This contrasts with static stretching, which doesn’t alleviate muscle pain and can actually decrease performance.
Incorporating some isometric movements into your warm-up routine can also help in preventing injuries. Slow, controlled training that targets less active stages during workouts is commonly used to guard against hamstring injuries in soccer players; however, isometric exercise is found to be more effective, according to a study.
While the exact mechanism remains unclear, it appears that isometric exercises can activate the signaling pathways between nerves and muscles, enhancing muscle responsiveness during workouts. This could help in correcting muscle imbalances, which are often a source of injuries.
These advantages are not limited to athletes. A review published this year demonstrated that isometric training significantly reduces pain and strengthens muscles in individuals with osteoarthritis. Because they are low-impact, these exercises are perfect for beginners and those with limited mobility due to injuries.
Considering their myriad benefits, isometric exercises have become a consistent part of my training routine. Furthermore, because they require no equipment and minimal space, I can perform them almost anywhere at any time.
Grace Wade is a health reporter for New Scientist, based in the US.
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Mel Brooks and Carl Reiner had a nightly movie ritual, often indulging in cheesy films where phrases like “ensure you have boundaries!” get thrown around. So, why bring this up in relation to Foundation? This adaptation of Isaac Asimov’s work started with provocative ideas but has since become a formulaic experience—something like a ticking clock.
It’s been two years since the last season of Foundation, so if you’re a bit hazy about the plot, here’s a quick recap: the empire has long been governed by genetic dynasties. Three clone emperors—representing dawn, day, and dusk—come to rule, under the watchful eye of Demerzel (Laura Birn), the last existing robot. Approximately 150 years after Season 2, the first Foundation, conceived to replace the empire, now governs the outer planets.
Hari Seldon (Jared Harris), with the ability to foresee the empire’s fall through the mathematical theory of psychohistory, has uploaded his consciousness to a secure location just before the impending “Seldon Crisis.” These crises signify pivotal moments that can plunge the galaxy into epochs of darkness. Meanwhile, the second Foundation—a secretive colony with telepathic prowess—operates covertly, aiming to prevent the third Seldon crisis, led by a version of Seldon and his protégé, Dornik (Rurbell).
Visually stunning—an array of exquisitely rendered planets render the cosmos seemingly infinite.
That’s the essential backdrop as we venture into Foundation‘s third season. There’s much to unpack, especially with new characters joining the narrative. There’s Quento (Cherry Jones), the inaugural ambassador of the Foundation, navigating a complicated rapport with the Empire; Han Pritcher (Brandon P. Bell), a spy operating between the two Foundations; and Toran Marrow (Cody Fern), a descendant of Wily Hober Marrow from Season 2.
This ensemble is designed to create a rich and intricate universe filled with well-crafted characters. The show skillfully merges drama with grand concepts, particularly involving DeMerselle, giving it a visually spectacular quality as numerous planets are rendered beautifully.
However, herein lies the paradox: while Foundation strives for intellectual stimulation through its lore and epic scope, many of its plotlines come off as ridiculous and superficial. The most captivating elements—the two Seldons, the potential alliance between the Foundation and the Empire, and the intrigues among the three emperors—remain largely unexplored. The narrative often feels intellectually shallow at times. And don’t get me started on the awkward dialogue; phrases like “we have a partnership” made me cringe, not to mention the repeated insistence to “ensure you have boundaries!”
It’s disheartening to watch a promising show decline while retaining traces of its former brilliance. After viewing nine episodes, I’m hopeful the tenth episode will tie everything together, much like Seldon’s Vault, with its buried secrets finally unearthed. Until then, whether you can overlook its shortcomings may determine your enjoyment of Foundation, which feels a step removed from the television gems it once resembled, at least offering some form of unsatisfactory entertainment.
Recommendations for Further Viewing…
Andor Disney+ Foundation caters to historical enthusiasts intrigued by civilization’s cycles. For a similar experience, check out this Star Wars series that chronicles key figures in a very different empire’s downfall—something quite rare.
The Rise and Fall of the Galactic Empire Chris Kempshall While still rooted in Star Wars, this narrative of Emperor Palpatine’s 24-year reign, depicted from an in-universe historian’s viewpoint, makes for an engaging read.
The Art and Science of Writing Science Fiction
Engage in the craft of science fiction writing this weekend by creating new worlds and artistic creations.
New records for black holes have transformed our understanding of the universe’s most extreme entities.
The Laser Interferometer Gravitational-Wave Observatory (LIGO) began its groundbreaking detection of gravitational waves—ripples in the fabric of spacetime—ten years ago, unveiling nearly 100 black hole collisions. On November 23, 2023, Rigo announced receiving a signal described as “an extraordinary interpretation that defies explanation.” According to Sophie Binnie from the California Institute of Technology, her team ultimately concluded that it corresponded to the largest black hole merger ever recorded.
One of the merging black holes was approximately 100 times the mass of the sun, while the other neared 140 solar masses. Previous records featured black holes that were almost half as massive, primarily due to earlier mergers. Team member Mark Hannam from Cardiff University, UK, emphasized that these black holes were not only immense but also spinning at such high speeds that they challenged mathematical models of the universe regarding their formation.
According to Hannam, the masses of these black holes exceed those typically formed from the collapse of aging stars, suggesting they likely resulted from earlier mergers between smaller black holes. “It’s possible that multiple mergers have occurred,” he notes.
“A decade ago, we were astonished to find black holes around 30 solar masses. Now, we observe black holes over 100 solar masses,” adds Davide Gerosa from the University of Bicocca in Milan, Italy. He mentions that gravitational wave signals from these large, quickly rotating black holes are shorter and consequently more challenging to detect. Binnie presented her findings at the Edoardo Amaldi Conference on Gravitational Waves in Glasgow, England, on July 14.
Both Hannam and Binnie emphasize that future observations of similarly remarkable mergers are essential to further decipher these new signals, including unraveling the origins of black holes. As upgrades progress, LIGO is expected to detect more cosmic record-breakers. Yet, in May, the Trump administration proposed halving resources at the facility, which, in Hannam’s opinion, could render capturing new signals exceedingly difficult.
The UK’s primary media regulator has vowed to deliver a “significant milestone” in the pursuit of online safety for children, although it has cautioned that age verification measures must enforce stricter regulations on major tech firms.
Ofcom’s chief, Melanie Dawes, will unveil a new framework on Sunday. To be introduced later this month, marking a pivotal change in how the world’s largest online platforms are regulated.
However, she faces mounting pressure from advocates, many of whom are parents who assert that social media contributed to the deaths of their children, claiming that the forthcoming rules could still permit minors to access harmful content.
Dawes stated to the BBC on Sunday: “This is a considerable moment because the law takes effect at the end of the month.”
“At that point, we expect broader safeguards for children to become operational. We aim for platforms that host material inappropriate for under-18s, such as pornography and content related to suicide and self-harm, to either be removed or to implement robust age checks for those materials.”
She continued: “This is a significant moment for the industry and a critical juncture.”
Melanie Dawes (left) remarked that age checks are “a significant milestone for the industry.” Photo: Jeffover/BBC/PA
The regulations set to take effect on July 25th are the latest steps under the online safety law enacted in 2023 by the Conservative government.
The legislation was partially influenced by advocates like Ian Russell, whose 14-year-old daughter, Molly, tragically took her own life in 2017 after being exposed to numerous online resources concerning depression, self-harm, and suicide.
Minister Tory Removing certain bill sections has been criticized for potentially neglecting regulations on “legal but harmful” content in 2022.
Russell, who previously referred to the ACT as “timid,” expressed concerns regarding its enforcement by Ofcom on Sunday. He noted that while regulators allow tech companies to self-determine validation checks, they will evaluate the effectiveness of these measures.
Russell commented: “Ofcom’s public relations often portray a narrative where everything will improve soon. It’s clear that Ofcom must not only prioritize PR but must act decisively.”
“They are caught between families who have suffered losses like mine and the influence of powerful tech platforms.”
Ian Russell, a father currently advocating for child internet safety, expressed concerns about the enforcement of the law. Photo: Joshua Bratt/PA
Russell pressed Dawes to leverage her influence to urge the government for more stringent actions against tech companies.
Some critics have charged the minister with leaving substantial regulatory loopholes, including a lack of action against misinformation.
A committee of lawmakers recently asserted that social media platforms facilitated the spread of misinformation following a murder in Southport last year, contributing to the unrest that ensued. Labour MP Chi Onwurah, chair of the Science and Technology Committee, remarked that the online safety law “is unraveling.”
Dawes has not sought authority to address misinformation, but stated, “If the government chooses to broaden the scope to include misinformation or child addiction, Ofcom would be prepared to implement it.”
Nonetheless, she called out the BBC regarding their handling of Glastonbury’s coverage, questioning whether the lead singer should continue broadcasting footage of Bob Dylan’s performance amid anti-Israel chants.
“The BBC needs to act more swiftly. We need to investigate these incidents thoroughly. Otherwise, there’s a genuine risk of losing public trust in the BBC,” she stated.
The outrage and divisiveness often seen on social media have made it a daunting environment for many, filled with unpredictable peaks and vitriolic reactions. Yet, a 95-year-old lady from Cheshire, along with her collection of plush toys, has emerged as an unexpected figure who inspires kindness in the comments.
Brenda Allen expressed her astonishment at the positive response to her recent TikTok video. Encouraged by the nursing home staff, she began by introducing viewers to an avocado wearing a hat affectionately named Florence. Her ensemble also includes an adorable potted plant and a cheerful chocolate.
Her innovative video showcased her comedic flair, concluding with her witty remark that Teddy Mushroom is a “very fun guy.”
So far, her video has garnered over 2 million views, attracting thousands of comments from around the globe, where many refer to her as a social media grandma and even suggest she deserves the title of national treasure.
95 year old woman shows her jellycat collection – video
Subsequently, her video caught the attention of Jerry Katt and John Lewis, and it was shared by Love Island contestants. The only negative feedback came from her feisty pet, Toto.
“The avocado was my sole companion for a long time, but gradually, others started gifting me more,” Brenda shared. “It has been quite remarkable.”
“One of the staff suggested I make a video. I had no idea what it was for. She wanted me to create a little video about the Jellycat, so I agreed. It went wild from there. I received such lovely messages.”
One of the caregivers at Her Majestare Care Home posted the initial video, kicking off the recent “You better be kind in the comments” trend, as users sought more positive content on their feeds.
It originated in the US, led by creator @Hope Yardis, who posted a video featuring her boyfriend discussing pot plants. She humorously urged viewers to “say nice things” about him in a mock-ominous manner. This inspired others to share videos about the quirky hobbies of their loved ones. One showcased a collection of tractor manuals.
Even celebrities, including Ant and Dec, joined in, sharing a video showcasing Ali’s artwork. A Kind Commenting challenge followed.
Brenda’s daughter Julie remarked that the family was “overwhelmed” by her newfound fame. “We can’t quite grasp it, but it’s wonderful and heartwarming,” she expressed. “What truly amazed me was how kind everyone was. I don’t think I saw a single negative comment.”
At the local garden centre, residents from the care home have already been asked if they know Brenda, as her name has become widely recognized. She is currently planning to auction off her Jellycat toys and donate the proceeds to her local children’s hospice.
However, Brenda is fully aware that this is merely a fleeting moment of internet fame. “I don’t want it to last too long,” she remarked. “After all, I’m 95 years old.”
A closer look at the internet reveals numerous charming videos of dogs seemingly learning to “speak” with their owners by using electronic buttons pre-programmed to produce specific words, often referred to as soundboards.
Take, for instance, Labrador Copper. These Labradors press the “copper” and “eat” buttons when they’re craving cheese and tap “Where” and “Dad” when their owner is gone.
While it may seem impressive, the question arises: are these dogs truly communicating, or are they merely reacting to cues from their owners?
I was fascinated by Federico Rossano from the Department of Cognitive Sciences in San Diego, California, who enlisted the help of 59 dogs trained by their owners to utilize these soundboards.
While working from their homes, owners and researchers randomly pressed select buttons and recorded whether the dogs responded appropriately. For example, if the word “outside” was heard, dogs would likely approach the door after hearing a food bowl or another sound.
At least for some words, the answer was indeed “yes.” Dogs were significantly more likely to exhibit play-related behaviors upon hearing the word “play” and looked towards the door when they heard “outside.”
Are these dogs genuinely communicating, or are they simply reacting to their owners’ cues? – Photo credit: Aramie
Importantly, these responses were true regardless of whether the button was pressed by the owner or researcher; it didn’t matter who initiated the button press or verbalized the word.
This suggests that the dog isn’t merely reading body language from the owner but is actually processing the words themselves, according to Rossano.
So, is the debate settled? Not quite. The study indicates that dogs can recognize and respond to verbal cues (which we already knew), but critics argue that this doesn’t clarify what the words convey for dogs.
So when Bunny asks, “Where’s Dad?” and her owner replies, “He’s on a climbing trip now,” does she truly understand? For now, Bunny is the only one who knows.
This article answers the question posed by Hatty Kingston from Bristol: “Do dogs truly understand the words associated with soundboard buttons?”
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wWhile I browse social media, I often feel disheartened by the overwhelming negativity, as if the world is ablaze with hatred. Yet, stepping into the streets of New York City for a coffee or lunch with friends presents a stark contrast—everything feels calm. This disparity between the digital realm and my everyday life is jarring.
My work addresses issues like intergroup conflict, misinformation, technology, and climate change, highlighting humanity’s challenges. Interestingly, online discussions mirror fervor over events such as the White Lotus finale and the most recent YouTuber scandal. Everything seems either exaggeratedly amazing or utterly terrible. But is that truly how most of us feel? No. Recent research indicates that the online environment is skewed by a tiny, highly active user base.
In a paper I co-authored with Claire Robertson and Carina Del Rosario, we found significant evidence that social media does not neutrally represent society; instead, it acts as a fanhouse mirror amplifying extreme voices while obscuring more moderate and nuanced perspectives. Much of this distortion stems from a small percentage of overactive online users, where just 10% of users generate about 97% of political tweets.
Take Elon Musk’s own Platform X as a case in point. Despite its vast user base, a select few create the majority of political content. For instance, Musk tweeted 1,494 times within the first 15 days of implementing government efficiency cuts (DOGE). His prolific posting often spread misinformation to 221 million followers.
On February 2nd, he claimed, “Did you know that USAID used your taxes to kill millions in a funded bioweapon study, including Covid-19?” This fits a pattern of misinformation dissemination by a small number of users, where just 0.1% share 80% of false news. Twelve accounts, dubbed the “disformation dozens,” were responsible for much of the vaccine misinformation seen on Facebook during the pandemic, creating a misleading perception of vaccine hesitancy.
Similar trends can be identified across the digital landscape. While a small faction engages in toxic behaviors, they disproportionately share hostile or misleading content on various platforms, from Facebook to Reddit. Most individuals do not contribute to fueling the online outrage; however, superusers dominate our collective perception due to their visibility and activity.
This leads to broader societal issues, as humans form mental models of what they perceive others think, shaping social norms and group dynamics. Unfortunately, on social media, this shortcut can misfire. We encounter not a representative sampling of views, but rather an extreme flow of emotionally charged content.
Consequently, many individuals mistakenly believe society is much more polarized and misinformed than it is. I tend to view those across generational gaps, political divisions, or fandoms as radical, malicious, or simply foolish. Our information diets are shaped by a sliver of humanity that incessantly posts about their work, identity, or obsessions.
Such distortion fosters pluralistic ignorance, affecting actions based on a misinterpretation of collective beliefs and behaviors. Think of voters who only witness outrage-driven narratives, leading them to assume there’s no common ground on issues like immigration and climate change.
Yet, the challenge isn’t solely about extremists—it’s the design and algorithms of these platforms that exacerbate the situation. Built to boost engagement, these algorithms favor sensational or divisive content, promoting users who are most likely to skew shared realities.
The issue is compounding. Imagine a bustling restaurant where soon it seems everyone is shouting. The same dynamics play out online, with users exaggerating their views to capture attention and approval. Even those who might not typically be extreme may mirror such behavior in order to gain traction.
Most of us are not diving into trolling battles on our phones; we’re preoccupied with family, friends, or simply seeking lighthearted entertainment online. Yet, our voices are overshadowed. We have effectively surrendered the mic to the most divisive individuals, allowing them to dictate norms and actions.
With over 5 billion people engaging on social media, this technology is here to stay. However, the toxic dynamics I’ve described don’t have to prevail. The initial step is recognizing this illusion and understanding that a silent majority often exists behind every heated thread. As users, we can take back control by curating our feeds, avoiding anger traps, and ignoring sensational content. Consider it akin to adopting a healthier, less processed informational diet.
In a recent series of experiments, we compensated participants to unlock the most divisive political narratives in X. A month later, they reported 23% less hostility towards opposing political groups. Their experiences were so positive that nearly half chose not to return to their hostile narratives post-study. Furthermore, those who nurtured a healthier news feed reported diminished hostility even 11 months later.
Platforms can easily adjust algorithms to avoid highlighting the most outrageous voices, instead prioritizing more balanced or nuanced content. This is what most people desire. The Internet is a powerful tool that can provide value. However, if we continue to reflect only a distorted funhouse version of reality shaped by extreme users, we will all face the repercussions.
Jay Van Bavel is a psychology professor at New York University.
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