Crystals within a Martian meteorite suggest Mars may have had abundant hydrothermal water when the rock formed 4.45 billion years ago.
The rock, called Black Beauty, was blown into space by an impact on Mars' surface and eventually crashed into the Sahara desert.
We already know a lot about Mars from the study of a meteorite discovered in Morocco in 2011, officially known as Northwest Africa 7034.
aaron cabosy Researchers at Curtin University in Perth, Australia, have been studying the tiny fragments, which contain zircon crystals 50 micrometers in diameter, for years.
Kavosie describes Black Beauty as “a rock that looks like a trash can.” Because it was formed by hundreds of pieces smashed together. “This is a great buffet of Martian history, with a mix of very old and very young rocks,” he says. “But much of the debris it contains belongs to some of the oldest rocks on Mars.”
The fragments studied by Kavosy and his team had crystallized in magma beneath Mars' surface. When they tested the zircons, they also found, unusually, that the elements iron, aluminum, and sodium were arranged in thin, onion-like layers.
“We wondered where else could we find elements like this in zircon crystals,” Kabosie says. The answer, he says, lies in South Australia's gold ore deposits. The zircon crystals there were nearly identical to those from Mars, including the same unusual combination of additional elements.
“This type of zircon is known to form only in places where hydrothermal processes or hydrothermal systems are active during igneous activity,” Kabosie says. “The hot water facilitates the transport of iron, aluminum, and sodium into the crystals as they grow layer by layer.”
Zircon has been exposed to multiple large-scale traumas, including the impact of an ancient collision and then another meteorite that hit the surface of Mars 5 to 10 million years ago and blasted Black Beauty into space have experienced. Despite these violent events, the rock's crystal structure is still intact at the atomic scale.
The lack of radiation damage means the extra elements were part of the crystal from the beginning, rather than being contaminated later, Kavosy said.
Eva Scherer Researchers at Stanford University in California believe that if this rock really formed in the presence of hydrothermal fluid and magma beneath the surface of Mars, water vapor entered the Martian atmosphere before rivers and lakes formed. This suggests that it may have been released.
“We're at a very old time, 4.5 billion years, when Mars was formed,” Scherrer said. “So this would be the earliest evidence of water behavior on Mars.”
A new class of atomically dispersed nickel catalysts directly converts trapped carbon dioxide (CO)2 to methane (CH4), according to Tomaz Neves García, Ph.D., a postdoctoral researcher at The Ohio State University, and colleagues.
Direct electrochemical reduction of carbon dioxide scavenging species, namely carbamates and (bi)carbonates, may be promising for carbon dioxide capture and conversion from point sources. Image credit: Neves Garcia others., doi: 10.1021/jacs.4c09744.
Carbon dioxide is the greenhouse gas responsible for most of global warming and is produced by power plants, factories, and various forms of transportation.
Typical carbon capture systems, aimed at reducing the presence of carbon dioxide in the atmosphere, reduce carbon dioxide emissions by separating carbon dioxide from other gases and converting it into useful products. .
However, the operation of these systems requires large amounts of energy, making this process difficult to implement on an industrial scale.
“Now we have found a way to save much of this precious energy by using a special nickel-based catalyst to convert the captured carbon dioxide directly into methane,” said Dr. Neves Garcia.
By using nickel atoms placed on a charged surface, Dr. Neves-Garcia and his co-authors were able to convert carbamates, a scavenging form of carbon dioxide, directly into methane.
They discovered that nickel atoms, an inexpensive and widely available catalyst, were very good at this transformation.
“We are producing high-energy fuels from low-energy molecules,” said Dr. Neves Garcia.
“What's so interesting about this is that while other companies are capturing, capturing and converting carbon in stages, we're saving energy by doing these steps simultaneously. is.”
Most importantly, streamlining the carbon capture process will help scientists reshape what they know about the carbon cycle and inform more complex strategies for faster and more efficient climate mitigation technologies. This is an important step to establish.
“We need to focus on minimizing the energy spent on carbon capture and conversion as much as possible,” said Dr. Neves García.
“So instead of performing all the capture and conversion steps separately, we can integrate it into one step and avoid wasted energy processes.”
“Many carbon capture methods are still in their infancy, but this is a promising field as researchers from a variety of disciplines are working on improvements.”
“Using renewable electricity to convert carbon dioxide into fuel has the potential to end the carbon cycle.”
“For example, when methane is burned to produce energy, it emits carbon dioxide, which can be captured and converted back into methane to support a continuous energy production cycle without adding to the planet's global warming burden. It may be possible.”
The study also represents the first time researchers have discovered that carbamates can be converted to methane using electrochemistry.
Many attempts have been made to convert the captured carbon dioxide into useful products, but so far most researchers have only shown the ability to produce carbon monoxide.
“Methane can be a very interesting product, but most importantly it opens the way to developing further processes to convert the captured carbon dioxide into other products” Neves Garcia said the doctor.
of the team work Published in Journal of the American Chemical Society.
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tomas neves garcia others. 2024. Integrated capture and conversion of carbon dioxide to methane with amines over single-atom nickel catalysts. J.Am. Chemistry. society 146 (46): 31633-31646;doi: 10.1021/jacs.4c09744
Hosting a conference on artificial intelligence and its impact on science before the field’s first Nobel Prize ceremony in Stockholm seems quite fitting. This week, Google DeepMind and the Royal Society organized the AI for Science Forum in London just after AI received the Physics Prize and Google DeepMind won the Nobel Prize in Chemistry.
During the conference, Google DeepMind CEO, Demis Hassabis, highlighted the potential of AI to lead to a new era of discoveries and scientific advancements. However, he cautioned that AI is not a quick fix and requires precise problem identification, data collection, algorithm development, and responsible use.
Despite the optimism surrounding AI, there are concerns about its potential negative impacts, including exacerbating inequality, triggering financial crises, and posing risks like data breaches and the misuse of AI for harmful purposes.
AI has already begun revolutionizing various industries, from healthcare to materials science. The AI program AlphaFold, developed by Hassabis and John Jumper, has been instrumental in predicting protein structures for drug design, while AI-powered technologies are accelerating drug development and streamlining clinical trials.
Fiona Marshall from Novartis emphasized the role of AI in expediting drug development and gaining regulatory approval. Meanwhile, Jennifer Doudna discussed AI’s potential in making treatments more affordable and even editing microbes to reduce methane emissions from cattle.
One major challenge facing AI researchers is the lack of transparency in decision-making processes, known as the black box problem. Yet, advancements in AI technology are expected to address this issue in the near future.
Energy consumption by large AI models is a growing concern, but Hassabis believes that the benefits of AI will outweigh the energy costs. He envisions AI driving innovations in renewable energy and contributing to climate change mitigation efforts.
As the AI industry strives towards sustainability, there is a call for transformative actions to ensure AI’s development aligns with environmental and social goals.
U.S. Navy Lt. Cameron Winslow reported that the lead-covered telegraph cable seemed to weigh multiple tons and was difficult to remove from the ocean floor and cut due to unfavorable weather conditions.
“The rough waves caused the heavy boat to collide, shattering the planks and narrowly avoiding being crushed,” he said.
Winslow’s team eventually managed to sever a 46-meter (150-foot) section of the cable using a hacksaw, disrupting enemy communications. This action took place in 1898 during the Cuban campaign of the Spanish-American War. Even over a century later, undersea communication cables remain strategic targets during times of geopolitical tension.
On November 17 and 18 of this year, two undersea fiber optic cables in the Baltic Sea were damaged, possibly due to sabotage, as stated by German Defense Minister Boris Pistorius. Swedish authorities indicated that the Chinese cargo ship Yi Peng 3, in close proximity at the time, was of interest in the cable severing incident.
The current threats to undersea cables are influenced by geopolitical events such as Russia’s actions in Ukraine, China’s activities with Taiwan, and conflicts like the Israel-Gaza war, all of which have historically been primary targets.
These cables, comparable in thickness to a garden hose when laid deep in the ocean, handle 99% of international telecommunications traffic utilized by individuals, businesses, and governments. There are approximately 530 active undersea cable systems worldwide, covering over 850,000 miles.
A click on the World submarine cable map provides a clear visual representation of global connectivity and susceptibility to disruptions. These cables play a crucial role in facilitating financial transactions, government communications, voice calls, and data transmission over the Internet, amounting to trillions of dollars daily.
Dr. Sidharth Kaushal, a senior fellow at the Royal United Services Institute, emphasized the vital importance of undersea cables to the global economy, making them a prime target for nations seeking to cause unrest.
While deliberate damage to undersea cables can have significant consequences due to the vast amount of global data they transmit, such attacks need to be sustained and public to be truly impactful. Kaushal mentioned that one-off incidents like the Baltic episode can be denied, but the economic threat behind them can still convey a strong diplomatic message.
Leaked documents from Edward Snowden revealed that major telecom companies provided British intelligence access to undersea cables, raising concerns about surveillance. Furthermore, a report by US cybersecurity firm Recorded Future suggested that Russia was closely monitoring its undersea cable system.
In 2015, the New York Times reported aggressive Russian naval activities near an undersea cable running from the North Sea to Northeast Asia, highlighting suspicions of various countries involved in cable disruptions.
Taiwan’s National Board of Audit reported multiple instances where foreign vessels damaged cables linking Taiwan to remote islands, possibly signaling intentional disruptions. These incidents included damage caused by fishing boats, cargo ships, and sand dredgers.
Instances like the ones in Taiwan underscore the potential impact of undersea cable disruptions on daily internet connectivity and communication services, as seen in the slow internet connections and dropped calls resulting from damaged cables.
Yemen’s Houthi rebels denied targeting Red Sea cables after disruptions to major communication networks, adding to the complex landscape of undersea cable incidents.
Recorded Future data shows over 100 undersea cable failures annually, primarily due to accidental damage from activities like fishing and anchoring. Repair costs for undersea cables can be substantial, reaching up to $40,000 per mile, with transatlantic cables costing hundreds of millions to install.
There are concerns of Chinese influence over global undersea cable networks, potentially leading to increased control over data flows. As state actors continue to navigate the delicate balance of causing chaos, the future of undersea cables remains uncertain.
Bacteria on a sample of asteroid Ryugu observed using an electron microscope
Matthew J. Genge et al. 2024
Rocks brought back to Earth from the asteroid Ryugu appear to be inhabited by microorganisms. But researchers say these microbes almost certainly came from Earth, not space. The contamination is a wake-up call for future sample-return missions, such as NASA’s Mars rover Perseverance, to search for extraterrestrial life.
In 2020, the Japanese space probe Hayabusa2 returned to Earth carrying 5.4 grams of rock collected from the 4.5 billion-year-old asteroid Ryugu. After landing in Australia, the sample capsule was transported to a custom-built facility in Sagamihara, Japan. There, the capsule itself was first opened in a vacuum chamber inside a clean room and then moved to a room filled with pressurized nitrogen for long-term storage. From there, a portion of the sample can be placed in a container filled with nitrogen and sent to researchers.
One of these samples was sent to the UK for research. Matthew Genge Imperial College London and colleagues. Genge and his team initially scanned the samples using X-rays, but found no evidence of bacteria.
Samples from asteroid Ryugu collected by Hayabusa2
JAXA
After 3 weeks, the samples were transferred to resin and further examined using scanning electron microscopy (SEM) after another week. When Genge and his colleagues first looked at the sample and saw what appeared to be thread-like bacteria, his students “almost fell off their chairs” at the prospect of discovering extraterrestrial life. . “It was an exciting moment, but we also had in the back of our minds from previous research that bacteria tend to colonize rocks,” Genge said.
By tracking bacterial growth with follow-up SEM measurements, they found that bacterial populations varied in a manner similar to known microorganisms. Their familiar shape, combined with their absence in the first X-ray scan, makes it very likely that they were terrestrial in origin, Genge says.
He believes the samples may have become contaminated after being embedded in the resin. The experiment was conducted at a facility on Earth that also handles space rocks. Rock specimens often contain bacteria that are adapted to live within them. “All it takes is one bacterium or one bacterial spore for this to happen,” he says. “For example, when we’re preparing meteorite samples, we don’t usually see this kind of colonization happening, and that’s because the probability of it happening is so low. In this case , one bacterium fell onto the sample and started multiplying.”
But Genge added that this should serve as a warning for future sample return missions. “Finding microbes in samples returned from space should be the gold standard for discovering extraterrestrial life. If we were to do that, we would fly to Mars, collect samples, and bring them back. “If we found microorganisms in it, we would say that was the clincher,” Genge says. “But our findings really show that we have to be very careful in interpreting the samples because they are susceptible to contamination with terrestrial bacteria.”
Javier Martin Torres Researchers at the University of Aberdeen in the UK agree that changes in the microbial filament population suggest a terrestrial origin, but this does not exclude the possibility that they came from elsewhere. . “If you want to be sure that these microorganisms are not of extraterrestrial origin, you need to do DNA sequencing,” he says.
Scientists already knew that bacteria could survive very well in meteorite samples that fell to Earth, but this raises the possibility that bacteria could also survive on materials elsewhere in the solar system. It only strengthens it. “The microorganisms can use organic matter within the meteorite to sustain themselves. They’re feeding on an extraterrestrial snack,” Genge says. “So there may be an ecosystem on Mars. It’s a fairly sparse ecosystem, but it’s an ecosystem that’s supported by manna from the sky and by meteorites that fall on the surface.”
Environmental groups are gearing up to resist the anticipated policy changes from the incoming Trump administration.
They foresee President Trump expanding oil and gas drilling and attempting to undo or scale back some of the legislation passed during Biden’s presidency.
Environmental groups are bracing for legal battles ahead and are seeking donations to support their efforts.
Environmental groups are preparing for pushback against the upcoming Trump administration, expecting swift policy changes compared to when Donald Trump took office in 2017.
Based on Trump’s past actions and recent campaign comments, experts predict that he will expand oil and gas drilling, reduce land conservation efforts, and possibly aim to reverse Biden-era legislation like the Infrastructure Investment and Jobs Act and the Curbing Inflation Act.
Environmentalists are concerned about Trump’s Cabinet picks, who are likely to support increased drilling activities as per Trump’s statements. Legal battles are on the horizon, with groups like the Center for Biological Diversity gearing up for potential fights against unlawful changes.
The Brookings Institution reported that Trump’s first administration made around 74 moves that were seen as detrimental to environmental policies, a number that might rise in the next term given Trump’s promise to change regulations significantly.
Environmental groups like NRDC and the Center for Biological Diversity are readying themselves for legal disputes and are actively seeking donations to fund their fight against expected environmental policy changes.
Trump’s transition team has not provided any comments on the matter.
Both NRDC and the Center for Biological Diversity have a track record of successfully challenging Trump’s policies in court, winning a significant percentage of the cases they engaged in.
Conservation groups are anticipating conflicts over protected federal lands, particularly in the Southwest, with past battles over Bears Ears National Monument and Grand Staircase-Escalante National Monument in Utah serving as examples of potential future clashes.
The sun sets over Monument Valley in the distance, seen from Bears Ears National Monument outside Blanding, Utah, in 2021.George Fry/Getty Images File
Ministers have stated that the social media ban for under-16s is not currently being considered, despite teenagers urging a reconsideration of plans to restrict access to platforms like TikTok, Instagram, and Snapchat following Australia’s example.
Peter Kyle, Secretary of State for Science and Technology, issued a warning to social media platforms about potential fines and prison sentences for breaching online safety laws coming into effect next year. Efforts are being made to increase prevention of online harm.
During a meeting with teenagers at NSPCC headquarters, Mr. Kyle emphasized that there are no immediate plans to ban children from using smartphones, as it is not his preferred choice.
Teenagers expressed concerns about platform addiction and difficulties in seeking help for hacked accounts or offensive content, but did not call for a ban. They highlighted the importance of social connections, support, and safety.
Mr. Kyle’s initial comments about considering a ban caused worry among teenagers, but he clarified that a ban could be a possibility depending on evidence of its effectiveness, especially in light of similar legislation in Australia.
The main focus remains on preventing child fatalities linked to social media activity, with Mr. Kyle citing instances of tragic outcomes. Efforts are ongoing to enhance age verification software to protect children from inappropriate online content.
Creatine supplements are usually available in powder form
Shutterstock/RHJPhtotos
Creatine is one of the most widely studied performance-enhancing substances in the world. Once dismissed as just a bodybuilding supplement, its popularity among the public is growing alongside the interest of scientists.
Although this supplement is commonly associated with improving strength and muscle mass, evidence suggests that it actually helps: growth of children and to the brain health of adolescents.
“After 8pm [to] After 30 years of research into physical performance, we have discovered many health benefits.” richard crider at Texas A&M University. “This is a remarkable nutrient that helps our cells in a variety of ways, not just athletic performance.”
What is creatine?
This is a compound that is naturally produced in our bodies and in the bodies of other vertebrates. It is primarily found in the muscles, but also appears in the brain, blood, testicles, and other tissues and organs.
Our bodies synthesize creatine, with 1 to 2 grams produced daily by the liver, kidneys, pancreas, and brain. People who eat protein-rich animal foods get about the same amount from their diet.
“When you consume protein, that protein is made up of amino acids. When three specific amino acids combine, they form a molecule called creatine.” scott forbes At Brandon University, Canada.
How does creatine work in the body?
According to Forbes, it plays a key role in the complex way our bodies produce energy at the cellular level. “It is converted into a molecule called phosphocreatine, stored, and then rapidly broken down into energy.”
Similar to carbohydrates, creatine is used for: Generates adenosine triphosphate (ATP)stores energy and supplies it to cells. It also seems to have the effect of protecting structures, Function of mitochondriathe energy power plant inside the cell.
Forbes says creatine is especially helpful when you're stressed or when your tissues are starved of oxygen due to conditions like asthma or anemia. “Any situation where you might need more energy,” he says.
How does it affect physical performance?
Creatine is available as a sports supplement Since the early 1990shas long been recognized for helping athletes increase strength and speed.
There are thousands of studies supporting this, Kreider says. “Athletes with higher creatine stores sprint faster, recover faster, do more total work, and have 10-15% better performance and training adaptability. That's not humbling at all. ”
By supplementing with creatine, increase in muscle masswhich is why it is popular among bodybuilders. “We know that trained athletes can gain up to 10 pounds of muscle mass within five to 10 weeks,” Kreider says. “That's deep. If you compare it to a control where someone just trains and eats normally, they could gain half a kilogram a month.”
Creatine supplements can be especially beneficial later in life. “Creatine is recommended for active aging to reduce muscle loss.” [and] to maintain muscle performance,” Kreider says.
However, researchers stress that this is not a panacea to replace a healthy lifestyle. Forbes says, “Real benefits are only achieved when combined with exercise and strength training, especially when it comes to muscle growth.”
What effect does creatine have on the brain?
Many papers have shown that creatine supplementation can improve aspects of cognitive performance. A small study published earlier this year found that after taking a single dose of creatine, improve memory Compared to a placebo, sleep-deprived people had processing speeds of less than 3 hours.
However, not all studies have yielded consistent results. In 2023, the largest randomized, placebo-controlled study of creatine's effects on cognition to date. small beneficial effectwhich corresponds to an increase of 1 to 2.5 points in intelligence quotient (IQ).
“Most studies show that it can affect the brain, but in young, healthy people, unless the brain is stressed by lack of sleep or mental fatigue, it can have a significant effect on the brain. It doesn’t seem to play a role,” Forbes said.
And although research on this is still in its early stages, it may also have protective effects against neurodegenerative diseases. For example, Alzheimer's patients low amount of creatine Brain or even physical brain damage.
“For example, when you have a concussion, you're essentially experiencing an ischemic phenomenon, meaning areas of the brain are starved of oxygen, limiting their function and causing swelling and inflammation.” Ryder says. “At least in animals given creatine, we find that concussion injuries are reduced by about half.”
How does creatine affect our overall health?
Because creatine acts at the cellular level, researchers believe its positive effects may be widespread within the body. “We found that increasing energy availability within the cell is important, especially when there are many constraints on the energy supply,” says Kreider. “For example, if you have a heart attack or stroke, [creatine] Because you are protecting the cells, the scale of the damage is reduced. ”
Analysis of data from the U.S. National Health and Nutrition Examination Survey also suggests that creatine may have the following effects: beneficial for children. “Children who grow up with less creatine in their diets have less muscle, are shorter, and have higher body fat,” Kreider says. “Adolescent girls with higher creatine levels have fewer menstrual cycle problems.”
There is an emerging consensus among scientists that creatine supplementation is beneficial for almost everyone. Over time, Kreider predicts this will become recommended for specific groups, such as the elderly, pregnant people, and people who don't eat meat, fish, or dairy products.
He also thinks certain foods will one day be fortified with creatine. “It starts in the plant-based space, adding creatine to things like plant-based protein powders and veggie burgers,” Kreider says. “That way we can fill in the gaps in their diets.”
Does it matter when I take creatine?
Time of day may only be important for athletes who are trying to win a race or beat a personal best. “We've found that if you take this right near your workout, your results will be a little bit better,” says Forbes.
However, creatine is also stored in the body as an energy store. “Think of an endurance athlete whose pace changes during a race,” says Forbes. “All of a sudden someone runs away and you're like, 'Hey, how did they do that?'” Well, they changed the power output pretty drastically, and I think creatine plays a role in that. . ”
Although the effects of supplements are relatively long-lasting, they still need to be repeated. “Once you stop taking creatine, it takes four to six weeks to return to baseline,” says Forbes. “Some people cycle with and without creatine, but no study has ever compared consuming creatine for long periods of time on and off cycling to simply taking creatine.”
How should I take it?
Creatine is available in powder, tablet, or gummy form. In terms of effectiveness, tablets and powders tend to be the formulations tested in research because they've been around for a while, but there doesn't seem to be any difference between them.
There are also different types of creatine available, but creatine monohydrate is the most widely available and the most well-studied.
Does creatine have side effects?
According to Forbes, supplements are generally considered safe at the doses most people take (about 5 grams a day). However, some people report dehydration and muscle cramps. “We have several people with gastrointestinal disorders.” [gastrointestinal] It’s painful,” Forbes said. “They're taking creatine, but it doesn't sit well in their stomachs. For those people, we recommend lowering their creatine intake.”
You may need to consult your doctor before taking supplements
The finalists for the Close-Up Photographer of the Year have been revealed, showcasing some incredible, bizarre, and highly magnified images.
From cute baby wallabies seeking refuge in their mother’s pouch to birds feeding their offspring in unique ways, these photos capture the intricate beauty of nature up close.
Founded by Tracy and Dan Calder, Close-up Photographer of the Year (CUPOTY) aims to celebrate the marvels of close-up nature photography, including macro and micro shots. The winners will be announced in January 2025, but in the meantime, we’ve picked some of our favorites from this year’s shortlist.
Insect Category
Four bees drinking water during a Texas drought. Photo by Jose Madrigal/CUPOTY
Read more:
Animal Category
Young wallabies trying to snuggle into their mother’s pouch for warmth and shelter. Photo by Pedro Jalque/CUPOTY
Butterfly and Dragonfly Category
A blue dragonfly (Enallagma civile) flying over the sea. Photo by Jose Madrigal/CUPOTY
Animal Category
A snakebird (Anhinga anhinga) parent feeding her three offspring unconventionally. Photo by Jackie Schletter/CUPOTY
Underwater Department
A basket star (Asteronychidae) holding onto an orange sponge. Photo by Ofek Liepaz/CUPOTY
Animal Category
The Malabar sliding frog (Rhacophorus malabaricus) trying to escape a Malabar pit viper (Craspedocepalus malabaricus). Photo by Pavan-Kumar/CUPOTY
Arachnids Category
A mother wolf spider hunting with her offspring. Photo by Lane Kirstein/CUPOTY
Invertebrate Portrait Department
Distinct caterpillar of the lobster moth (Stauropus fagi). Photo by Jose Manuel Royce Real/CUPOTY
Fungi and Slime Mold Division
Mushroom slime mold covered in sand particles. Photo by Jamie Spensley/CUPOTY
Animal Category
A tick on the head of a cross forest dragon (Gonocepalus klossi). Photo by Aloys Pichard/CUPOTY
Insect Category
Two male stag beetles (Lucanus cervus) competing for a mate. Photo by Ivanenko Svetlana/CUPOTY
Imagine being able to visualize every aspect of our bodies, from our genes to the smallest cells that make up our organs. Scientists are now working on creating a comprehensive directory known as the Human Cell Atlas.
Think of it as a GPS for cells in the body, containing information on how cells evolve over time. This groundbreaking study, spanning 40 research papers, could potentially unravel major scientific mysteries such as bone formation, arthritis, and Crohn’s disease development.
Researchers have already gathered data on over 100 million cells from more than 10,000 individuals, with hopes of incorporating this information in the final atlas, which could potentially include billions of cells.
Professor Sarah Teichmann, the founding co-chair of the Human Cell Atlas and a researcher at the Cambridge Stem Cell Institute, stated, “This new level of insight into specific genes, mechanisms, and cell types within tissues lays the foundation for more accurate diagnosis, innovative drug discovery, and advanced regenerative medicine approaches.”
One significant milestone in the project focuses on the digestive system. By compiling data from 1.6 million cells, researchers have created an intricate map of intestinal cells, detailing their types, locations, and interactions within the body – the most detailed map of its kind.
Utilizing sophisticated techniques such as computer analysis and artificial intelligence (AI), researchers isolated individual cells and identified them, demonstrating the potential for AI in disease diagnosis.
A new approach similar to a “reverse image search” is being employed by researchers to aid in disease diagnosis, potentially revolutionizing the field.
Two striking images from the study stand out:
Image credit: Nathan Richoz University of Cambridge
This captivating image displays a magnified view of lung tissue, shedding light on the body’s response to COVID-19.
While it may resemble an artistic beach scene, this image actually depicts the intricate structures of the small intestine, a crucial organ in the digestive process.
For the first time ever, scientists have successfully captured images of stars outside our galaxy. The images show a massive red supergiant star named WOH G64, located 160,000 light-years away. This star is in the process of shedding its outer layers, a sign that it may soon undergo a massive supernova explosion.
“This star, WOH G64, is incredibly unique, and we may witness significant changes that could lead to its explosive end,” said Dr. Jacco Van Loon, co-author of the study and director of the Kiel Observatory.
Located in the Large Magellanic Cloud, a dwarf galaxy at the edge of the Milky Way, this star is of particular interest to researchers. Only 25 objects in the Milky Way have been closely studied in such detail, making this discovery even more significant.
With the help of the Very Large Telescope Interferometer (VLTI) at the European Southern Observatory in Chile, researchers were able to capture detailed images of WOH G64. The presence of a dust cocoon around the red supergiant star suggests the emission of gas and dust, possibly from the star itself or a companion star.
Despite the challenges posed by the distance of stars from Earth, advancements in technology and research have allowed scientists to observe and learn more about these celestial bodies. Understanding the final stages of a star’s life, such as before a supernova, can provide insights into the production of chemical elements.
About our experts:
Dr. Darren Baskill is a lecturer in astronomy and physics at the University of Sussex. With over 25 years of experience in the field of astronomy, he specializes in public education about space-related topics.
This image, taken by ESO’s Very Large Telescope Interferometer’s GRAVITY instrument, shows the red supergiant star WOH G64. Image credit: ESO / Onaka others., doi: 10.1051/0004-6361/202451820.
WOH G64 is located in the constellation Shira, about 160,000 light years away.
The star, also known as IRAS 04553-6825, 2MASS J04551048-6820298, or TIC 30186593, is part of the Large Magellanic Cloud, one of the smaller galaxies orbiting the Milky Way.
WOH G64 is approximately 2,000 times larger than the Sun and is classified as a red supergiant star.
“We discovered an egg-shaped cocoon that tightly surrounds this star,” said Dr. Keiichi Onaka, an astrophysicist at Andres Bello University.
“We’re excited because this could be related to the rapid ejection of material from a dying star before it explodes into a supernova.”
“Astronomers have taken zoomed-in images of and characterized about two dozen stars in our Milky Way galaxy, but countless other stars exist in other galaxies. and were so far away that it was very difficult to observe one of them in detail.
Artist’s reconstruction of the red supergiant star WOH G64. Image credit: ESO/L. Calçada.
Dr. Onaka and his colleagues have been interested in WOH G64 for a long time.
In 2005 and 2007, they used VLTI to learn more about the star’s properties and continued their research in the years since. However, the actual appearance of this star remained elusive.
To achieve the desired photos, it was necessary to wait for the development of VLTI’s second generation equipment. gravity.
After comparing the new results with other previous observations of WOH G64, they were surprised to find that the star had become fainter over the past decade.
Professor Gerd Weigert, an astronomer at the Max Planck Institute for Radio Astronomy, said: “We found that this star has undergone significant changes over the past 10 years, and this is a rare opportunity to witness the life of a star in real time.” he said. .
During the final stages of their lives, red supergiant stars like WOH G64 shed their outer layers of gas and dust in a process that lasts thousands of years.
Dr Jacco van Loon, director of the Kiel Observatory at Kiel University, said: “This star is one of the most extreme of its kind and any dramatic changes could bring it closer to an explosive demise. ” he said.
“These ejected materials may also be responsible for the dimming and the unexpected shape of the dust cocoon around the star,” the astronomers said.
The new image shows the cocoon elongating, surprising researchers who had expected a different shape based on previous observations and computer models.
They believe that the cocoon’s egg-like shape could be explained by the star’s molting or the influence of an as-yet-undiscovered companion star.
As the star dims, it becomes increasingly difficult to take other close-up photos, even VLTI.
Nevertheless, in the future, an update of the telescope’s instruments is planned. Gravity+I promise to change this soon.
“Similar follow-up observations using ESO’s instruments will be important for understanding what is happening inside this star,” said Dr. Onaka.
of the team paper Published in a magazine astronomy and astrophysics.
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Kento Ohnaka others. 2024. Image of the innermost circumstellar environment of the red supergiant star WOH G64 in the Large Magellanic Cloud. A&A 691, L15; doi: 10.1051/0004-6361/202451820
EEG tests on two young baleen whales reveal they can hear sounds at higher frequencies than previously thought, leading researchers to explore how the ocean's largest animals respond to noise from predators and humans. We are being forced to reconsider how we react.
“This is truly groundbreaking work,” he says. susan parks from Syracuse University in New York was not involved in the new study. “Directly measuring hearing in wild baleen whales is something researchers in this field have been working on for decades…To my knowledge, this is the first successful test of this method in baleen whales. is.”
However, baleen whales are the largest animals on earth, and research methods such as temporarily restraining them for hearing tests are not easy. “The body size of most baleen whales is too large for approaches to be effective,” he says. dorian howser at the National Marine Mammal Foundation, a California-based nonprofit organization. So Hauser and his colleagues focused on a relatively small baleen species called the minke whale.
Researchers investigated the migratory routes of minke whales along the Norwegian coast and discovered a natural channel between the two islands, where they used mesh fencing and boats to capture the two whales, which are about 3 to 5 meters long. The whale was guided to an enclosure at the farm. Drop down net door. The researchers then used a roller system to pull up the net, keeping the teens partially submerged in the water.
For the hearing test, the researchers were able to record brain wave signals by placing two gold-plated electrodes with silicone suction cups on each whale's skin near its blowhole and dorsal fin. They measured how the whales' brains responded to sounds played through underwater speakers for about 30 minutes in one whale and 90 minutes in the other.
These experiments revealed that whales' auditory brainstem responds to ultrasonic waves at frequencies as high as 45 to 90 kilohertz, which exceeds the ultrasonic waves that the human ear can detect. This is a much wider audible range than previously thought possible based on ear anatomy and vocalizations.
He said corralling and confining wild marine mammals is “quite controversial” because it can cause “significant stress” to the animals. Oliver Boisseau At Marine Conservation Research, a UK-based non-profit organization. But he said the discovery was “hugely important” for understanding how baleen whales evade predators such as killer whales, which use high-frequency echolocation clicks to hunt. .
Researchers should also reconsider how military sonar and commercial echo sounders used to map the ocean floor affect baleen whales, Boisseau said. “The more we study hearing in marine mammals, the more our initial assumptions seem to become confused,” he says.
Chimpanzees in the wild, just like humans, seem to learn skills from each other and improve their skills from generation to generation.
In particular, young females who migrate between groups bring cultural knowledge with them, allowing groups to combine new and existing techniques to become better at foraging. Such “accumulated culture” means that some chimpanzee communities are becoming more technologically advanced over time, even if very slowly, he says. Andrew Whiten At the University of St. Andrews, UK.
“If chimpanzees have cultural knowledge that the community they migrate to doesn’t have, they may pass it on in the same way they pass on genes,” he says. “And that’s where the culture is built.”
Scientists already knew that chimpanzees use tools in sophisticated ways and can pass on that knowledge to their offspring. However, compared to humans’ rapid technological development, chimpanzees did not seem to have advanced in previous technological innovations, Whiten said. The fact that chimpanzee tools are often made from biodegradable plants makes it difficult for scientists to track chimpanzee cultural evolution.
Cassandra Gunasekaram Researchers at the University of Zurich in Switzerland thought they might be able to apply genetic analysis to this puzzle. Male chimpanzees remain in their home regions, but young females leave their home communities to search for mates elsewhere. She wondered if these women were bringing their skill sets to the new group.
To find out, she and her colleagues obtained data from 240 chimpanzees representing all four subspecies. previously collected by other research groups At 35 research facilities in Africa. The data included precise information about what tools, if any, each animal used and their genetic connections over the past 15,000 years. “Genetics gives us a kind of time machine to see how culture was transmitted among chimpanzees in the past,” Whiten says. “It’s quite a revelation to have new insights like this.”
Some chimpanzees used complex combinations of tools to hunt termites, including drill rods and fishing brushes made by pulling plant stems between their teeth. The researchers found that even if they lived thousands of miles apart, chimpanzees with the most advanced tool sets had the same level of performance compared to chimpanzees that used simple tools or chimpanzees that did not use any tools at all. They found that they were three to five times more likely to share DNA. Also, the use of advanced tools is more strongly associated with women’s migration compared to the use of simple tools or no tool use.
“Our interpretation is that these complex toolsets were actually invented, perhaps building on earlier, simpler forms, so we learned from the community that first invented them and from all the others along the way. “We need to rely on women’s transmission to communities,” she says. Whitens the skin.
“This shows that complex tools rely on social interactions between groups, which is very surprising and interesting,” says Gunasekaram.
thibault gruber The University of Geneva professor said he was not surprised by the results, but said the definition of complex behavior was debatable. “Having worked with chimpanzees for 20 years, I would argue that cane use itself is complex,” he says.
For example, his own team discovered what is called a cumulative culture of chimpanzees that make sponges from moss instead of leaves. This is not very complicated, but Works more efficiently to absorb mineral-rich water from the clay pores.. “It’s not a matter of more complexity, it’s just that some technologies build on previously established technologies,” he says.
Gunasekaram says that cumulative culture in chimpanzees is still significantly slower than in humans, likely due to differences in chimpanzees’ cognitive abilities and lack of language skills. Additionally, chimpanzees interact far less with others outside their community than humans, and have fewer opportunities to share culture.
The generation of top quark pairs is observed This process of interaction between atomic nuclei was observed for the first time in lead-lead collisions at CERN's Large Hadron Collider (LHC) and the ATLAS detector.
We show lead-lead collisions at 5.02 TeV per nucleon pair, resulting in the production of candidate pairs of top quarks that decay into other particles. This event contains four particle jets (yellow cone), one electron (green line), and one muon (red line). The inlay shows an axial view of the event. Image credit: ATLAS/CERN.
In quark-gluon plasma, quarks (matter particles) and gluons (strong force transmitters), which are the basic constituents of protons and neutrons, are not bound within particles and exist in an unconfined state of matter, and almost It forms a complete dense fluid.
Physicists believe that quark-gluon plasma filled the universe shortly after the Big Bang, and their study provides a glimpse into conditions at earlier times in the universe's history.
However, the lifespan of quark-gluon plasma produced by heavy ion collisions is extremely short, approximately 10 years.-twenty three Seconds — means not directly observable.
Instead, physicists study the particles produced in these collisions that pass through the quark-gluon plasma and use them as probes of the plasma's properties.
In particular, the top quark is a very promising probe of the evolution of quark-gluon plasmas over time.
The top quark, the heaviest elementary particle known, decays into other particles an order of magnitude faster than the time required to form a quark-gluon plasma.
The delay between the collision and the decay products of the top quark interacting with the quark-gluon plasma may serve as a “time marker” and provide a unique opportunity to study the temporal dynamics of the plasma.
In addition, physicists could potentially extract new information about the nuclear parton distribution function, which describes how the momentum of a nucleon (proton or neutron) is distributed among its constituent quarks and gluons.
In the new study, physicists from the ATLAS collaboration studied lead ion collisions that occurred during LHC Experiment 2 at a collision energy of 5.02 teraelectronvolts (TeV) per nucleon pair.
They observed the production of a top quark in a dilepton channel, where the top quark decays into a bottom quark and a W boson, which then decays into an electron or muon and its associated neutrino.
This result has statistical significance with a standard deviation of 5.0, and is the first observation of the production of a top quark pair in a nucleus-nucleus collision.
“We measured the production rate, or cross section, of the top quark pair with a relative uncertainty of 35%,” the physicists said.
“The overall uncertainty is primarily driven by the size of the dataset, which means new heavy ion data from the ongoing Experiment 3 will improve the accuracy of the measurements.”
“The new results open the door to the study of quark-gluon plasmas,” the researchers added.
“Future studies will also consider semi-leptonic decay channels for top quark pairs in heavy ion collisions. This may provide the first glimpse of the evolution of quark-gluon plasmas over time.” ”
According to Professor Glenn Schwartz of Johns Hopkins University, the script dates from around 2400 B.C., making it roughly 500 years older than any other known alphabet.
A 4,400-year-old clay object discovered in the ancient city of Umm El Mara in Syria. The carved symbols may be part of the oldest known alphabet. Image credit: Glenn Schwartz, Johns Hopkins University.
“The alphabet revolutionized writing by making it accessible to people beyond royalty and social elites. Alphabet writing changed the way people lived, thought, and communicated.” said Professor Schwartz.
“And this new discovery shows that people were experimenting with new communication technologies in different places much earlier than previously imagined.”
The letters of this alphabet are carved into finger-long clay cylinders excavated at Tell Um-el-Mara, one of the first medium-sized cities to emerge in western Syria.
In Umm El Mara, archaeologists have discovered tombs dating back to the early Bronze Age.
One of the best-preserved tombs contained six skeletons, gold and silver jewelry, cooking utensils, spear points, and intact ceramic vessels.
Next to the pottery, researchers found four lightly fired clay cylinders with letters that appeared to be an alphabet written on them.
A 4,400-year-old clay object discovered in the ancient city of Umm El Mara in Syria. Image credit: Glenn Schwartz, Johns Hopkins University.
“The cylinder had a hole in it, so we think it may have a string attached to another object that acts as a label,” Schwartz said.
“Perhaps there are details about what's inside the ship, or where it came from or who it belongs to.”
“We have no way to translate the text, so we can only guess.”
Scientists used carbon-14 dating techniques to confirm the age of the graves, artifacts and writings.
“Until now, scholars thought the alphabet was invented in or around Egypt sometime after 1900 BC,” Professor Schwartz said.
“But our artifacts are older and come from a different region on the map, suggesting the alphabet may have an entirely different origin story than we thought.” I am.”
A recent study has identified a new chemical byproduct that may be present in the tap water of approximately one-third of U.S. households. The potential dangers of this byproduct are still unknown.
Researchers are currently investigating the toxicity of this newly discovered chemical due to its similarities to other concerning chemicals.
A study revealed that around one-third of U.S. residents are consuming tap water containing a previously unidentified chemical byproduct. Concerns about the potential toxicity of this chemical have led scientists to closely examine it.
The newly identified substance, known as ‘chloronitramid anion’, is created during the water treatment process involving chloramine, which is produced by combining chlorine and ammonia. Chloramines are commonly used in municipal water treatment to eliminate viruses and bacteria.
Although the existence of this byproduct was discovered four decades ago, recent advancements in analytical techniques have now enabled scientists to determine its structure. It has only recently been identified.
While it may take several years to ascertain the potential dangers of the chlornitramide anion, researchers from the study published their findings in the journal Science to prompt further research on its safety.
Researchers noted that there is currently no conclusive evidence indicating that the compound is harmful, but its widespread detection and structural similarities to other concerning chemicals warrant thorough investigation.
Research showed that the chlornitramide anion is a byproduct formed as chloramine deteriorates over time, indicating that it is likely present in all water treated using this method.
The discovery of potentially hazardous byproducts in tap water underscores the importance of understanding the health implications of water treatment chemicals. Further studies are necessary to evaluate the safety of these substances.
Regulations requiring the monitoring and control of disinfectant byproducts are prompting water utilities to shift towards using chloramines over chlorine, as some chlorine byproducts have been linked to health risks.
While conclusive findings on the toxicity of the newly identified chemical may take years, ongoing research aims to minimize public exposure to potential health risks associated with water treatment chemicals.
Many water utilities in the U.S. disclose information on their treatment processes and potential byproducts, suggesting the use of activated carbon filters in household purifiers to remove disinfectant byproducts.
Elon Musk has stated that British MPs will be summoned to the US to address issues of censorship and intimidation of American citizens, amidst rising tensions between the world’s wealthiest individual and the Labour Party.
Musk, a close associate of Donald Trump, is scheduled to testify before the House of Representatives’ Science and Technology Select Committee in the coming year. This comes in response to concerns raised by The Guardian regarding the spread of harmful content on social media following the August riots.
The committee’s chairman, Chi Onwura, seeks to understand how Musk balances freedom of expression with combating disinformation. Photo: Richard Gardner/Rex/Shutterstock
Labour MP Chi Onwura, chair of the committee, aims to scrutinize Musk’s approach on promoting freedom of speech while also preventing the dissemination of disinformation. She specifically references the hosting of controversial figures on the social media platform X.
Related: How Elon Musk became Donald Trump’s shadow vice-president
In response, Musk has called for Congress members to convene in the US for discussions. He criticizes the UK’s handling of social media posts and accuses the British Prime Minister and a government minister of labeling X as a problematic platform.
Musk further implies discontent with the UK government, likening the situation to a Stalinist regime and criticizing policies such as changes to farm inheritance tax. Despite tensions, some British officials emphasize the importance of collaboration with Musk for technological and commercial progress.
Secretary of State for Science and Technology Peter Kyle appreciates Musk’s contributions as an innovative figure, despite differing views. He advocates for constructive dialogue and identifies common goals.
Newsletter promotions contentRelated: Trump’s cabinet picks are agents of his contempt, rage and vengeance | Sidney Blumenthal
British MPs face potential summons to the US following Musk’s statements, sparking concerns over threats to American citizens. However, the nature of these threats remains ambiguous, leading to speculations among online followers.
Onwura expresses interest in hearing Musk’s perspective on misinformation and freedom of expression, given his influential role within X. She highlights the importance of gathering evidence for their investigation.
Musk has embraced the moniker “first buddy” in relation to the president-elect and holds significant sway over AI regulations through his company xAI. His actions and statements continue to garner attention and debate.
Our news colleagues Jacob Aaron and Michael Le Page drew attention to feedback on a post on social media site BlueSky that highlighted a scientific paper with reverence.
The study in question was recently conducted published in International Hydrogen Energy Journal. There are 7 authors. It's about how hydrogen atoms can penetrate certain metal alloys and cause them to become brittle. To understand the mechanism of this embrittlement, we focus on calculating precisely where hydrogen atoms are located in the metal's crystal structure.
At this point, you may be wondering what this survey does with feedback. Well, the introduction ends with the next paragraph. [[35], [36], [37], [38], [39], [40], [41], [42], [43], [44], [45], [46], [47]” has nothing to do with it.
For those who have never worked in academia, the best way to describe this is that the authors are spectacularly sneaky. Their paper was reviewed by anonymous reviewers, who (along with other suggestions) encouraged them to cite the 13 older studies on the list. The authors had no choice but to insert supposedly irrelevant studies, so they refused to incorporate them into the actual text and instead called attention to their irrelevance. However, I included them.
or blue sky user @Dave nʎ=2dsinɵ :protein: Please enter: “absolute shot I was fired.” By the way, kudos to @Dave nʎ=2dsinɵ :protein: for pushing the username new scientistWe have revised the fonts to the limit and submitted feedback to search engines. The little equation in the middle that we discovered is Bragg's law, which describes how a crystal lattice scatters incoming waves.
Anyway, once the feedback stopped flashing back to us during our brief period in academia, something like this happened to us, but we didn't have the courage to go back to print, we did our due diligence and listed all 13 references. I looked into it.
All of them concern alloys and other composite materials, but none seem to concern hydrogen embrittlement. The feedback was pretty overwhelming in our attempts to fully understand, as most are very technical. Readers familiar with composite materials are welcome to attend regular talks. Still, despite our poor understanding, none of the references seem to be directly relevant.
However, I found the feedback strange. The same authors appeared multiple times in the author lists of 13 studies, and one author was involved in all studies.
Feedback doesn't want to wear a tinfoil hat, especially if it's brittle with hydrogen. However, it is questionable whether anonymous reviewers could be identified. The question we have now is how did this get printed? Did the editor not notice the prank, or did he allow it for his own reasons? Inquiring minds want to know.
Shady story
Speaking of incorporating ideas from colleagues, associate editor Sam Wong flagged an interesting study. water resources research. I'll admit this diary isn't one of Feedback's daily readers, but it seems like we missed it.
of study This piece is about the Biblical miracle of the loaves and fishes, in which Jesus supposedly fed 5,000 people using five loaves and two fish. The authors propose a naturalistic explanation: a seiche or standing wave. The idea is that the waves blowing into the lake sometimes create standing waves that cause deeper water to rise to the surface. The deep waters of Lake Kinneret, the Biblical Sea of Galilee, are low in oxygen, so when oxygen rises to the surface, fish can suffocate en masse.
The authors document two such events at Lake Kinneret in 2012. They also point out that they appear to be extremely rare. No such event has occurred since 2012. That means most people may not have been aware of the possibility, especially if they've traveled before. I lacked the local knowledge to listen to charismatic speakers.
Feedback has led to a long list of scientific explanations for seemingly supernatural occurrences, including that manna from heaven is nectar crystallized from scale insects, and that infrasonic waves tend to cause eerie sensations that can be interpreted as ghosts. This is being added to. We also removed our tinfoil hats because we were worried that they might act as a conductor for the sacred lightning.
moon of uranus
News from this issue's cover that Voyager 2 visited Uranus in 1986, thanks to a gust of solar wind, and Uranus wasn't in its normal state. As a result, many of our ideas about Uranus need to be reconsidered, and some believe there may even be life on one or more of its moons.
Are you saying there is life on Uranus? Is there actually life on Uranus' moons? I hope you're not a Klingon. or as writer Tess Stenson put it down: NASA, “Let's go for Uranus.”
Feedback took longer than necessary to come up with a pun, but the blank slate was wiped clean. One bright spark, conscious of the joke about planet names, decided to name all of Uranus' moons after Shakespearean characters, choosing respectable names like Rosalind and Oberon. This means we can rule out the possibility of life on any of the moons. Juliet is definitely lifeless. There was a play about it. Meanwhile, astronomers urgently need to find a few more moons so that Uranus can enter Bottom's orbit.
Have a story for feedback? Send it to feedback@newscientist.com or New Scientist, 9 Derry Street, London, W8 5HY. Review of items posted in the post will be delayed.
You can email your article to Feedback at feedback@newscientist.com. Please enter your home address. This week's and past feedback can be found on our website.
Left: Image of star WOH G64 taken with the Very Large Telescope Interferometer in Chile. Right: Artist’s impression of the star
ESO/K. Onaka et al., L. Calçada
Astronomers have taken the first detailed pictures of a star in another galaxy more than 160,000 light-years away. This giant star may be showing signs that it’s only a few years away from exploding, but we’ve never seen it in detail before.
The largest stars we know of are red supergiants, which are stars that have run out of hydrogen fuel in their cores. Instead, the shell of hydrogen gas surrounding the core burns, causing the star’s volume to expand significantly.
One of the largest red supergiants that we know of is WOH G64, also known as a giant star. It is 1540 to 2575 times larger than the Sun and resides in the Large Magellanic Cloud, a satellite galaxy of the Milky Way. The star has attracted the attention of astronomers since it was discovered in the 1970s, but its distance has made it difficult to study it in detail.
now, jacko van loon and colleagues from Keele University in the UK used the Very Large Telescope Interferometer in Chile’s Atacama Desert to take close-up pictures of WOH G64. The interferometer is a collection of four individual telescopes linked together to function as if they were 200 telescopes in one. meter telescope. “In this image, you can see details similar to what you would see in an astronaut walking on the moon,” Van Loon said. “You can’t see it with a normal telescope aimed at the moon.”
The image, taken using infrared light, shows a bright ball of gas and dust, exhaled by the star and now surrounding it in a dense cocoon, at temperatures above 1,000 degrees Celsius (1,832 degrees Fahrenheit). “This is a structure that we really didn’t expect to see,” Van Loon said. “We expected to have a star in the middle.”
The star appears dimmer than when it was last observed, so the gas and dust likely appeared relatively recently, Van Loon said. It may have been created by a star blowing away its outer layers, and astronomers have never seen it in a red supergiant.
If that happens, and the process is similar to that seen in similar stars called blue supergiants, it could be a sign that the star will take decades or even years to explode. I don’t know. “If we can watch this star explode, we will be able to learn much more about the star before it explodes,” Van Loon said.
“Being able to reconstruct an image of this object at such a great distance is technically quite impressive,” he says. paul krauser At the University of Sheffield, UK.
But it’s difficult to say with certainty whether the observed gases and dust, and the accompanying dimming of the brightness, are signs of an impending explosion. “Stars like this object are well known to be highly volatile,” Krauser said. “It’s simply what happens in these objects where there’s a dense, slow outflow that doesn’t go very far from the star. They’re well known to be dust factories.”
Ethiopian wolf licks nectar from red hot poker flowers in Ethiopia
Adrian Lesaffre
Ethiopian wolves feed on the sweet nectar of local flowers and apply pollen to their noses as they do so. This could make them the first carnivores discovered to function as pollinators.
Ethiopian wolf (canis mensis) is the world's rarest wild canid and Africa's most endangered carnivore. Endemic to the Ethiopian highlands, fewer than 500 individuals remain.
sandra rye Researchers at the University of Oxford observed wild Ethiopian wolves sucking nectar from Ethiopian red hot pokers (Kniphofia foliosa) flowers. Local mountain people have traditionally used its nectar as a sweetener for coffee and flatbread.
Wolves are thought to be the first large carnivores recorded to regularly feed on nectar.
“Nectar feeding is highly unusual for large carnivores such as wolves. This is due to a lack of physical adaptations such as long tongues and specialized noses, and also because most flowers are too fragile. “It's either easy to eat, or it produces too little nectar to be interesting to large carnivores,” Rai says.
The poker plant's durable, nectar-rich flower heads make this behavior possible, she says. “To my knowledge, no other large carnivores have shown nectar-feeding behavior. However, although rare and poorly documented, some omnivorous bears do opportunistically forage for nectar.” It may happen.
Some wolves reportedly visited as many as 30 flowers at once. When wolves lick nectar from flowers, their muzzles become coated with pollen. Pollen may be transferred from flower to flower as wolves feed.
Sucking nectar is extremely rare among carnivores
Adrian Lesaffre
“This behavior is interesting because it suggests that nectar feeding and pollination by flightless mammals may be more widespread than currently recognized, and raises the question of the ecological importance of these little-known pollinators.” “It shows that it may be more important than we think,” Lai said. “It's very exciting.”
Mr. Rai and his colleagues Ethiopian Wolf Conservation Program In the future, we hope to dig deeper into this behavior and its effects. “It would be ideal to confirm actual pollination by wolves, but that would be very difficult,” she says. “I'm also very interested in the social learning aspect of behavior. This year I witnessed adults bringing children to flower gardens, which may indicate cultural transmission. there is.”
Nvidia, the AI chip maker that is the world's most valuable company and the driving force behind the artificial intelligence boom, delighted investors on Wednesday with new quarterly results.
The company's corporate value soared by $2.2 trillion this year to $3.6 trillion on the back of nearly doubling chip sales, but sales fell to $35.08 billion, compared to expectations of $33.15 billion. It was announced that it was worth $1,000,000. Profits more than doubled compared to the same period last year. Sales increased by 94% compared to the same period last year. The company predicted a 70% increase in revenue for the next quarter.
Analysts had expected NVIDIA to report earnings of $0.75 per share. The company reported $0.81. Nvidia stock fell about 5% in extended trading following the announcement, but quickly recovered its losses and maintained a similar price. The previous New York closing price was $145.89.
Nvidia CEO Jensen Huang said in a press release last week that he expects the computing power driving advances in generative AI to increase “a million times” over the next decade.
Huang said on the earnings call that the global adoption of Nvidia technology is causing a platform shift from coding to machine learning, and traditional data centers are being re-architected for machine learning to produce AI. said.
“Generative AI is not just a new software feature, it’s a new industry with AI factories producing digital intelligence, a new industrial revolution with the potential to create a multi-trillion dollar AI industry,” he said. .
“AI is transforming every industry, business, and country,” Huang added. “Creating an omniverse of synthetically generated data…the era of robotics is here.”
A surge in demand for Nvidia's Blackwell GPU chips appears to have eased fears that the company would be hit by a backlash in demand from tech giants, which are spending billions of dollars on AI processing and data centers. .
Nvidia stock has rebounded from its summer slump and is up 45% from its August lows. Semiconductor stocks are up nearly 200% this year, more than 1,100% over the past two years, and hit a record high after the election.
However, many of NVIDIA's chipmakers are struggling to compete with the advantages of AI, which is holding the industry back.
Before the results were released, Wedbush analyst Dan Ives said he expected more “drop-the-mic performance” from Nvidia, adding that “it's expected to generate more than $1 trillion in the next few years.” “This is the only game in the city where AI capital investment is planned.” Nvidia's GPUs will bring new oil and gold to this world. ”
The world's largest technology companies have increased their spending on AI by billions of dollars in recent quarters, with Nvidia positioned as a major beneficiary.
Nvidia is seen by many as a bellwether for the technology sector and artificial intelligence demand that helped propel Wall Street to multiple record highs this year.
But the escalation of the Russia-Ukraine war, the threat of global tariff hikes by the incoming Donald Trump administration and the possibility that the US Federal Reserve will not lower US interest rates are also spooking markets.
Other analysts echoed Ives' assessment that demand for Nvidia's new Blackwell chips could push Nvidia's sales and market capitalization to new heights. Charu Chanana, Saxo's chief investment strategist, said signs of “extraordinary demand” for new chips, including record sales forecasts and reports of sold-out inventory next year, are strong indicators that Nvidia's strong performance will continue. I wrote that.
But Chanana cautioned that “any signs of production delays or lack of demand could put pressure on the stock given valuation growth.”
Earlier this week, report Chipmakers say their latest graphics chips are having overheating problems with servers. www.theguardian.com
Astronomers used the Atacama Large Millimeter/Submillimeter Array (ALMA) to take high-resolution images of eight protoplanetary disks. sigma orionisa star cluster that is irradiated with strong ultraviolet light from a massive star. Surprisingly, they found evidence of gaps and rings in most of the disks. These are the substructures commonly associated with the formation of giant exoplanets.
These ALMA images show the rich disk structure around the star Sigma Orioni. Image credits: ALMA / ESO / JAO / National Astronomical Observatory of Japan / NRAO / Huang others.
“We expected that high levels of radiation within this cluster would inhibit planet formation in the outer regions of these disks,” the Columbia University astronomers said. jane fan.
“But instead, we are seeing signs that planets may be forming at distances of tens of astronomical units from their stars, similar to what we have observed in less harsh environments.”
Previous research has focused on regions of the disk with little ultraviolet (UV) radiation.
This study used ALMA's highest resolution to observe a disk in a much harsher environment.
“These observations suggest that the processes driving planet formation are very robust and can function even under difficult conditions,” said Dr. Huang.
“This gives us even more confidence that planets may be forming in many more places across the galaxy, even in areas previously thought to be too harsh.”
The discovery has important implications for understanding the formation of our own solar system, which likely evolved in a similar high-radiation environment.
These also motivate future studies of disks in more extreme stellar neighborhoods.
Astronomers used ALMA's most extended antenna configuration to obtain unprecedented detail in disk images, achieving a resolution of about 8 AU (astronomical units).
This allowed us to resolve several different gaps and rings on several disks.
The exact nature of these disk structures is still under debate, but it is thought that they either contribute to planet formation or are the result of interactions between the forming planet and the disk's material.
“Our observations suggest that the substructure is common not only in disks near mildly illuminated star-forming regions, but also in disks exposed to intermediate levels of external ultraviolet radiation.” the researchers said.
“If these substructures track planet-disk interactions, ice and gas giant planets may still be forming on Solar System scales in Sigma Orioni, but with very large semi-major axes (50 Giant planet formation in the ~100 AU) region may be rare compared to star formation in nearby regions. ”
“These observations motivate high-resolution imaging of the disk in more extreme ultraviolet environments to investigate the universality of the disk's substructure.”
of findings Coming up this week are: astrophysical journal.
_____
jane fan others. 2024. High-resolution ALMA observations of the highly structured protoplanetary disk of σ Orionis. APJ 976,132;doi: 10.3847/1538-4357/ad84df
This week showcases an international drug ring, a trivia quiz, and an IRA double agent. At least two of them are truly exciting listens (keep reading to discover which ones will get your heart racing).
Late-night podcast listeners have nothing to worry about this week. This newsletter won’t get your heart racing enough to disrupt your relaxation time. We’ll also provide you with an overview of the top five shows to unwind with at the end of a busy day. You’re welcome. Sweet dreams!
Alexi Duggins TV Deputy Editor-in-Chief
This week’s picks
Always an optimist…Red Carpet’s Yara Shahidi. Photo: John Salangsang/REX/Shutterstock
Optimist Project with Yara Shahidi Wide range of weekly episodes available Yara Shahidi, an award-winning actor for comedies “Black-ish” and “Grown-ish,” believes she can inject more optimism into her life. To achieve this, she created a podcast to guide people on the journey to positivity. Shahidi engages in an inspiring conversation with singer, actor, and “professional self-esteem writer” Janelle Monae and Yale happiness expert Dr. Laurie Santos, who share in her optimism project. We invite you to join in. Holly Richardson
stake knife BBC Sounds, weekly episodes How did Freddy Scappatic (codename: Stakeknife) manage to lead a double life for so long? Mark Hogan delves into the intricate case of a man who operated as a double agent while hunting down an IRA informant. It all starts with his outrage over a published article revealing his identity and the subsequent period of incubation. Hannah Verdier
Operation Seal Bay BBC Sounds, weekly episodes “This is the tale of how a small Welsh community and local police unite to take on an international drug cartel.” The opening summary of this new series is undeniably captivating. Depicting, in an exhilarating and immersive manner, the efforts of a Danish tycoon to siphon cannabis from a fishing village in Pembrokeshire. Alexi Duggins
SmartLess introduces ClueLess Episodes are widely available bi-weekly The popular show SmartLess now presents a quiz-based spin-off where host Sean Hayes tackles trivia questions with his celebrity friends. It’s a unique way to listen, almost like eavesdropping on a pub quiz team, and a tad too early for potential participation. However, the banter with SmartLess co-hosts Will Arnett and Jason Bateman in the inaugural episode is entertaining. advertisement
kings of death Wide range of weekly episodes available This true crime podcast promises a fresh perspective on the 1990s murder of Ohio sex worker Cindy Cozad. Yet, even those prepared for intense depictions can rest assured. Host Thrasher Banks unfolds a personal and poignant narrative about his mother’s encounters with the deadly Lords of Death gang. HV
There’s a podcast for that
Chew on the fat…Jesse and Renee Ware's chatty cooking podcast is the perfect way to focus. Photo: Paul Hansen/Observer
This week, Ammar Kalia selects the 5 best podcasts for switching off, from comedians’ soothing shows to Jesse and Lenny Ware’s mellow podcasts.
New research from the University of Birmingham examines the properties of photons (individual particles of light) in more detail than ever before.
Ben Yuen and Angela Demetriadou define the precise shape of a single photon. Image credit: Ben Yuen and Angela Demetriadou.
Professor Angela Demetriadou from the University of Birmingham said: “The geometry and optical properties of the environment have a significant impact on how photons are emitted, including defining their shape, color, and even the likelihood of their existence.” said.
The team's new research shows how photons are emitted by atoms and molecules and how they are shaped by their environment.
The nature of this interaction creates endless possibilities for light to exist and propagate, or travel, through the surrounding environment.
However, this infinite possibility makes modeling interactions extremely difficult, a challenge that quantum physicists have been grappling with for decades.
By grouping these possibilities into distinct sets, the authors explain not only the interaction between the photon and the emitter, but also how the energy from that interaction is transmitted far into the far field. I was able to create a model.
At the same time, they were able to use calculations to visualize the photons themselves.
“Our calculations have enabled us to transform a seemingly unsolvable problem into a computable problem,” said Dr. Benjamin Yuen from the University of Birmingham.
“And almost as a byproduct of the model, we were able to generate this image of a photon that physics had never seen before.”
This research is important because it opens new research avenues for quantum physicists and materials scientists.
Being able to precisely define how photons interact with matter and other elements of its environment allows scientists to discover ways to communicate securely, detect pathogens, control chemical reactions at the molecular level, and more. We can design new nanophotonics technologies that have the potential to change the world.
“This research will help us better understand the energy exchange between light and matter, which in turn will help us better understand how light radiates into nearby and distant environments,” Yuen said. Ta.
“A lot of this information used to be thought of as just noise, but there is so much information in it that we can now understand and use. .”
“By understanding this, we have established a foundation from which we can engineer light-matter interactions for future applications such as better sensors, improved photovoltaic cells, and quantum computing.”
of work Published in a magazine physical review letter.
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Ben Yuen and Angela Demetriadou. 2024. Precise quantum electrodynamics of synchrotron radiation environments. Physics. pastor rhett 133, 203604; doi: 10.1103/PhysRevLett.133.203604
U.S. prosecutors have told a judge that Alphabet Inc.’s Google should take steps to end its monopoly on Internet search by selling off its Chrome browser and sharing data and search results with competitors.
This would result in a decade of heightened regulation for Google, as ruled by a Washington federal court that found the company maintained an illegal monopoly on online search and related advertising.
Google currently controls about 90% of the online search market.
In a court filing, the U.S. Department of Justice (DoJ) stated, “Google’s illegal conduct not only deprived competitors of important distribution channels but also hindered their entry into these markets through new and innovative ways, eliminating potential distribution partners.”
The recently filed court papers further detail the U.S. government’s plan to break Google’s monopoly, which Google considers radical and harmful to American consumers and businesses.
Google intends to appeal the proposal.
The Justice Department’s demands include prohibiting Google from rejoining the browser market for five years and potentially requiring the sale of its Android mobile OS if competition is not restored through other means.
Additionally, the department seeks to prevent Google from acquiring or investing in search rivals, query-based artificial intelligence products, or advertising technology.
The Justice Department and a group of states have asked U.S. District Judge Amit to terminate Google’s exclusive contracts paying Apple and other device vendors to make its search engine the default option on tablets and smartphones.
Google will have an opportunity to present its counterproposal in December, with a trial scheduled for April, subject to potential interference by President-elect Donald Trump and the Justice Department’s incoming antitrust chief.
of Frozen specimen from 36,000 years ago Originally from Yakutia Homotherium latidensA species of scimitar-toothed cat that lived in Eurasia during the Pliocene and Pleistocene epochs.The modern lion cub is characterized by elongated front legs, an unusually shaped muzzle with a large mouth and small ears, and a very large body. differs greatly. Neck area and dark coat.
homotherium serum. Image credit: Sergiodlarosa / CC BY-SA 3.0.
Homotherium latidens It was 1.5 to 2 meters long, up to 1.1 meters high, and weighed up to 200 kilograms, about the same size as an average modern lion or tiger.
However, its physical appearance is It was different Differences from other big cats: This extinct species had long saber-like canine teeth, a sloping back, and a short tail.
“homotherium was widespread during the Pliocene to Pleistocene in Eurasia, Africa, and the Americas,” said lead author Dr. Alexei Lopatin and his colleagues.
“For a long time, as the latest presence, homotherium Records in Eurasia were recorded in the Middle Pleistocene. ”
“The key event was the discovery of a late Pleistocene mandible. Homotherium latidens It comes from the North Sea and dates back 28,000 years. ”
“The largest number of Late Pleistocene discoveries homotherium It is concentrated in North America (more than 30 regions), where it is traditionally classified as a species. homotherium serum”
In the new study, the authors examined frozen mummified corpses. Homotherium latidens A baby discovered in the Pleistocene permafrost at a place called Badlyikskoe, along the Badlyikkha River in northeastern Yakutia, Siberia.
“A large number of bones of representative mammoth animals have been collected from the loess loam of the Yedma horizon in this region,” they said.
Researchers say the Bajarica specimen is about 36,000 years old.
“The specimen includes the head and the anterior part of the body, which was preserved up to the caudal end of the thorax,” the researchers said.
“Some people have an incomplete pelvis with joints that connect with the femur and shin bones.”
“The baby was found trapped in ice along with its front part.”
According to the team's analysis, most of the postcranial features are Homotherium latidens It can be tracked already at 3 weeks of age.
“The length of the preserved part is homotherium The length from the tip of the baby's nose to the thoracic gap (at the level of the 12th vertebra) is 248 mm,” the scientists said.
“Two rows of wool are clearly visible on the upper lip, most of which are broken off at a height of 3 to 5 mm from the base.”
“The hair around the corners of the mouth has grown considerably.”
“The overall morphology of the skull is typical of juvenile felines,” the researchers added.
“The skull is also characterized by a relatively long facial area, a rounded braincase, an expanded zygomatic arch, a wide area of the premaxilla, and large maxillary deciduous incisors.”
“The bones of the nose are homotherium Compared to lion cubs, the cubs are significantly shorter and wider. ”
“The neck is longer than a lion's and more than twice as thick,” they said.
“The difference in thickness is explained by the large amount of muscle visually observed at the site where the skin was separated from the mummified flesh.”
“The length of the forelimb is homotherium Lion cubs are 18-23% larger than baby lions. ”
“At the same time, the body length of the latter is homotherium Or about 10% more. ”
“The increased size of the mouth cleft indicates adaptation to a wider mouth cleft.”
” front paws homotherium turnip It has a round shape. Its width is about the same as its body length, in contrast to lion cubs, whose front legs are long and relatively narrow. ”
“All claws are sharp and strongly curved. In cross section, the claws are laterally compressed, giving them the same shape as a lion cub.”
“The wide feet, square-shaped pads, and lack of carpal pads are adaptations to walking in snow and cold temperatures.”
“The pinna is small and low, and there is no carpal bone in Bajarica.” homotherium This contrasts with the taller pinnae and normally developed pads of lion cubs. All these characteristics can be interpreted as adaptations to life in cold climates. ”
discovery of Homotherium latidens Cub fundamentally expands our understanding of the distribution of this genus and confirms its presence in the Late Pleistocene of Asia.
“For the first time in the history of paleontological research, the appearance of an extinct mammal with no analogues in modern fauna has been directly studied,” the authors concluded.
their paper Published in this week's magazine scientific report.
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AV Lopatin others. 2024. Mummy of a young saber-toothed tiger Homotherium latidens From the Upper Pleistocene of Siberia. science officer 14, 28016; doi: 10.1038/s41598-024-79546-1
For decades, paleontologists have hypothesized that a major group of animals called ecdysizoans must be older than the Cambrian, but until now their origins have remained a mystery. discovery of Unkus Zaugishi A research team led by Professor Mary Droser at the University of California, Riverside says that the large gap between predictions based on molecular data and the lack of description of ecdysizoans prior to the rich Cambrian fossil record has been reconciled and animal life This will deepen our understanding of the evolution of .
Digital photography and 3D laser scanning Unkus Zaugishi body fossils. Scale bar – 10 mm. Image credit: Hughes others., doi: 10.1016/j.cub.2024.10.030.
Ecdysids are the largest and most species-rich group of animals on Earth, containing more than half of all animals.
Characterized by a cuticle (a tough external skeleton that is periodically shed), this group consists of three subgroups. Arthropods, including insects, spiders, and crustaceans. and Scaridophora, an eclectic group of small scaly marine creatures.
“Like many modern animal groups, ecdymozoans are prevalent in the Cambrian fossil record, and at the beginning of this era, about 540 million years ago, we see evidence of all three subgroups. We can,” said Ian Hughes, a graduate student in oceanography. Studied biology at Harvard University.
“We know that they didn’t suddenly appear out of nowhere, so the ancestors of all ecdysizoans originated in the preceding Ediacaran period (635 to 539 million years ago). It must have existed.”
“DNA-based analyzes used to predict the age of fauna by comparing it to its closest living relatives supported this hypothesis.”
“However, ecdysozoan fossil animals remain hidden among the large number of animal remains that paleontologists have discovered during the Ediacaran period.”
Newly described Ediacaran ecdysizoan, Unkus Zaugishi was only a few centimeters long.
Gathering of 82 people Unkus Zaugishi The specimen was discovered in Nilpena-Ediakara National Park in South Australia.
Dr. Scott Evans of Florida State University said, “Nilpena is perhaps the best fossil site in the world for understanding the evolution of early animals, because fossils occur during periods of increased diversity, and these “This is because we can excavate extensive rock formations that preserve snapshots of the world.” .
“The layer we found was Unkus Zaugishi It's especially interesting because the grains in the sediment are so small that you can actually see every detail of the fossils preserved there. ”
“We were excited to find evidence for what scientists have long predicted: the presence of ecdymozoans during Ediacaran times,” Hughes said.
“It’s also very important for understanding what these early animal groups looked like and their lifestyles, especially since ecdysizoans really came to dominate the Cambrian marine ecosystem.”
This finding is reported in the following article: paper in a diary current biology.
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Ian V. Hughes others. An Ediacaran bilaterian from South Australia with an affinity for molting animals. current biology published online on November 18, 2024. doi: 10.1016/j.cub.2024.10.030
astronomer using dark energy spectrometer The most advanced instrument (DESI) aboard NSF's Nicholas U. Mayall 4-meter Telescope at Kitt Peak National Observatory maps how nearly 6 million galaxies cluster together over 11 billion years of the universe's history I did. Their results provide one of the most rigorous tests of Albert Einstein's theory of general relativity to date.
This artist's impression shows the evolution of the universe, starting with the Big Bang on the left and continuing with the emergence of the Cosmic Microwave Background. The formation of the first stars ends the Dark Ages of the universe, followed by the formation of galaxies. Image credit: M. Weiss / Harvard-Smithsonian Center for Astrophysics.
“General relativity has been very well tested at the scale of the solar system, but we also needed to test whether our assumptions work on even larger scales,” said the CNRS and Institute for Nuclear and High Energy Research. said cosmologist Dr. Pauline Zarouk. Physics.
“Studying the rate of galaxy formation allows us to directly test our theory, and so far it is consistent with what general relativity predicts on cosmological scales.”
In a new study, Dr. Zarouk and his colleagues found that gravity behaves as predicted by Einstein's theory of general relativity.
This result validates our main model of the universe and limits the possibility of a modified theory of gravity. Modified gravity theories have been proposed as an alternative way to explain unexpected observations, such as the accelerated expansion of the universe, which is usually attributed to dark energy.
This complex analysis uses around 6 million galaxies and quasars, allowing researchers to look up to 11 billion years into the past.
Today's results provide an expanded analysis of DESI's first year of data. DESI created the largest 3D map of the universe to date in April, revealing hints that dark energy may be evolving over time.
April's results examine a particular feature of how galaxies cluster together, known as baryon acoustic oscillations (BAOs).
The new analysis expands the scope by measuring how galaxies and matter are distributed across the universe at different scales.
The study also improved constraints on the mass of neutrinos, the only fundamental particle whose mass has not yet been precisely measured.
Neutrinos slightly affect the clustering pattern of galaxies, which can be measured by the quality of the DESI data.
The DESI constraints are the most stringent to date and complement those from laboratory measurements.
The study required months of additional work and cross-checking. As with the previous study, they used a method that kept the results of the study hidden from the scientists until the end, reducing unconscious bias.
“This research is one of the important projects of the DESI experiment to learn not only fundamental aspects of particles, but also fundamental aspects of the large-scale universe, such as the distribution of matter and the behavior of dark energy.” he said. Dr. Stephanie Juneau is an astronomer in NSF's NOIRLab and a member of the DESI Collaboration.
“By comparing the evolution of the distribution of matter in the universe with existing predictions, such as Einstein's theory of general relativity and competing theories, we are further narrowing down the possibilities for the gravitational model.”
“Dark matter makes up about a quarter of the universe, and dark energy makes up another 70%, but we don't actually know what either is,” says Dr. Mark Maus. student at Berkeley Lab and the University of California, Berkeley.
“The idea that we can take pictures of the universe and address these big fundamental questions is amazing.”
The DESI Collaboration today shared its results below. some papers in arXiv.org.
Ethiopian wolf (canis mensis) Lick the nectar of the Ethiopian Red Hot Poker flower (Kniphofia foliosa). Image credit: Adrian LeSafre.
Ethiopian wolf too known as The red jackal, Ethiopian jackal, Abyssinian wolf, horse jackal, Simien jackal, or Simien fox, is the world's rarest wild canid.
The seeds are listed as endangered species IUCN, citing their small number and fragmented scope,
Found only in the highlands of Ethiopia, fewer than 500 individuals survive in 99 herds confined to six Afroalpine enclaves.
This large carnivore's main prey is the African mole rat, but it also eats other types of rats, hares, and sometimes geese and eggs.
Dr. Sandra Rai, a researcher at the Ethiopian Wolf Conservation Program and the University of Oxford, and her colleagues observed Ethiopian wolves foraging for wolf nectar. Kniphofia foliosa.
“Kniphofia foliosa is an endemic Ethiopian perennial found in the Bare Mountains and other high-altitude grasslands, where the endemic Ethiopian wolf, a top predator restricted to African alpine ecosystems, also lives.” said.
“Flowers from kniphofia This genus produces large amounts of nectar and attracts a variety of bird and insect pollinators. ”
The researchers say some Ethiopian wolves visit up to 30 flowers on a single trip, with multiple wolves from different packs exploiting this resource.
There is also evidence of social learning, with children being taken to flower gardens with adults.
By doing so, the wolf's muzzle becomes coated with pollen, which can be transferred from flower to flower as the wolf feeds.
This new behavior is probably the first known plant-pollinator interaction involving a large predator, and it is also the only large carnivorous predator ever observed to feed on nectar.
Professor Claudio Cirello of the University of Oxford, founder and director of the Ethiopian Wolf Conservation Program, said: “I first discovered the nectar of the Ethiopian red hot poker when I saw shepherd children in the Bale Mountains licking the flowers.'' I learned of its existence,” he said.
“Soon I tasted it too. The honey had a pleasant sweetness.”
“When I later saw the wolves doing the same thing, I could see that they were having fun tapping into this rare energy source.”
“We are pleased to report that this behavior is common among Ethiopian wolves and to investigate its ecological significance.”
“These findings highlight how much we still have to learn about one of the world's most threatened carnivores,” Dr Lai said.
“This also shows the complexity of the interactions between the different species that inhabit Africa's beautiful roofs.”
“This extremely unique and biodiverse ecosystem remains under threat from habitat loss and fragmentation.”
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sandra rye others. Are canids pollinators? Nectar collection by Ethiopian wolves may contribute to wolf pollination. Kniphofia foliosa. ecologypublished online on November 19, 2024. doi: 10.1002/ecy.4470
Astronomers have discovered a transiting exoplanet, named IRAS 04125+2902b, orbiting a 3 million-year-old, 0.7 solar mass protostar in the Taurus Molecular Cloud.
Artistic interpretation of the IRAS 04125+2902 system. Image credit: NASA / JPL-Caltech / R. Hurt & K. Miller, Caltech & IPAC.
The radius of IRAS 04125+2902b is 0.96 the radius of Jupiter, and the mass is
This giant exoplanet, also known as TIDYE-1b, orbits its parent star. IRAS 04125+2902once every 8.83 days.
The system is located approximately 522 light-years away in the constellation Taurus.
it is part of Taurus Molecular Cloudan active star nursery with hundreds of newborn stars.
“IRAS 04125+2902b casts doubt on previous theories about the rate of planet formation,” said astronomer Madison Barber of the University of North Carolina at Chapel Hill and colleagues.
“While Earth took 10 to 20 million years to form, this exoplanet emerged in just 3 million years and orbits its star almost every week.”
“When we discover planets like this, we can look back into the past and get a glimpse of how planets formed.”
First detected by NASA's Transiting Exoplanet Survey Satellite (TESS), IRAS 04125+2902b is the newest known transiting planet.
The discovery sheds light on potential differences between our solar system and planetary systems that host nearby giant planets, such as IRAS 04125+2902b, and provides greater context about our own cosmic neighborhood. We provide.
Additionally, because the planet is still within a disk of nascent material, scientists will be able to study its formation up close, opening up new avenues of research.
Follow-up research will analyze how the planet's atmosphere compares to the surrounding disk material, providing clues about its journey into a compressed orbit.
Astronomers will also investigate whether IRAS 04125+2902b is still growing through accretion of material, or whether it may have lost its upper atmosphere to its host star.
“Planets typically form from flat disks of dust and gas, which is why the planets in our solar system are arranged in a 'pancake-flat' arrangement,” says the Young World Institute's said lead researcher and astronomer Dr. Andrew Mann. University of North Carolina at Chapel Hill.
“But here the disk is tilted and out of alignment with both the planet and its star. This is a surprising twist that calls into question our current understanding of how planets form.”
This finding is reported in the following article: paper Published in today's magazine nature.
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MG Barber others. 2024. A giant planet passing through a 3 million meter protostar with a misaligned disk. nature 635, 574-577; doi: 10.1038/s41586-024-08123-3
Humidity makes Shanghai’s heat even more unbearable
lukyeee1976/Getty Images
“My office was like a steamer on Monday morning,” Chinese influencer Bi Dao wrote in a social media post in August. He removed a drink from what appeared to be a cold water dispenser, and its temperature was 40.8°C (105°F). Bi, who lives in Hangzhou, a provincial city on China’s east coast, decided to walk around the city with a temperature gun and point it at things to find out exactly how much the temperature was rising. “The ground was 72.6 degrees Celsius, the seat of a shared bike was 56.5 degrees Celsius, the handrails of the subway station were 45 degrees Celsius, and even the bark of a tree was 38.7 degrees Celsius,” he wrote. He concluded his post by thanking Willis Carrier, who invented air conditioning.
Hangzhou is known for its beautiful lakes, large pagodas, and rolling green tea fields, but it’s not known for its heat. But Bi witnessed just one of the 60 “hot days” above 35 degrees Celsius that have scorched the city and its 12.5 million residents this year. It’s not just Hangzhou. Many cities around the world are feeling the heat. The situation has gotten so bad that more and more people are facing temperatures that are beyond what humans can tolerate.
Approximately 500,000 people die each year due to these conditions. This rate will inevitably rise as climate change increases the number and intensity of heat waves around the world. Cities are on the front lines of this ongoing crisis. And China’s vast, densely populated metropolises are leading the way. At the same time we can get a glimpse of the situation we are in…
A pigeon-inspired robot has uncovered the mystery of bird flight without vertical tails found in human-designed aircraft. The prototype has the potential to lead to passenger planes that can reduce drag and fuel consumption.
The vertical stabilizer, or tail fin, in aircraft allows for side-to-side turns and prevents unintentional changes in direction. Some military aircraft, like the Northrop B-2 Spirit, are designed without tails to reduce radar visibility. Instead, they use inefficient methods like flaps creating extra resistance on one side.
Research by David Lentink at the University of Groningen in the Netherlands led to the development of the PigeonBot II to study how birds maintain control without vertical stabilizers.
PigeonBot II, a robot designed to imitate bird flight techniques
Eric Chan
The previous model, built in 2020, mimicked bird flight by flapping wings but had a traditional tail. The new design, featuring 52 real pigeon feathers, incorporates a bird-like tail, and successful test flights confirm its functionality.
Lentink explains that PigeonBot II’s success lies in its programmed, reflexive tail movements resembling those of birds. The intricate tail movements contribute to stability, proven by the robotic replica’s flight.
The team controlled PigeonBot II’s nine servo motors, utilizing propellers on each wing for steering and tail adjustments in response to the autopilot’s commands. Lentink notes that the complexity of these reflex movements prevents direct human control of PigeonBot II.
After numerous unsuccessful tests, the control system was refined, enabling safe takeoff, cruising, and landing. Lentink envisions a future where vertical stabilizers are unnecessary, reducing weight and drag in aircraft designs.
It hasn’t been a good year for people concerned about climate change. The expected peak in carbon emissions has not appeared, meaning global warming continues to accelerate (see ‘Humans have warmed the planet by 1.5°C since 1700’). Meanwhile, Donald Trump’s election as US president for a second term and his pledge to “drill, baby, drill” new oil and gas supplies could lead the country to backtrack on climate action. expensive.
Similar sentiments against fossil fuels come from Azerbaijan’s President Ilham Aliyev, who called the oil-rich country’s natural resources a “gift from God.” Aliyev made the comments at the COP29 climate summit in Azerbaijan’s capital Baku. Ironically, this “gift” will become increasingly unavailable as a warming world dries up the Caspian Sea and strands billions of dollars in fossil fuel infrastructure. (See ‘We face climate disaster as the world dries up’).
Given the failure of politicians on the international stage to grasp the reality of climate change, other leaders need to step up, but surprisingly, mayors are the best suited to do so. Maybe it’s the position.
It will be essential for cities to adapt to cope with the unique impacts of urban heat.
Mayors cannot be expected to influence the Earth’s climate, but they oversee the well-being of more than 50 percent of the world’s population who live in urban centers. This number is expected to increase to 70 percent by 2050. Current projections are for spot temperatures to increase by 2.5 degrees Celsius. Adapting cities to deal with the unique effects of urban heat will be essential, from promoting green spaces to investing in buildings that can be cooled without air conditioning (‘Extreme heat makes cities uninhabitable’). (See “How can I survive?”)
The good news is that many mayors already recognize their responsibilities. London Mayor Sadiq Khan aims for the city to be net zero by 2030. Anne Hidalgo, the mayor of Paris, France, planted trees in certain areas and banned cars from passing. Los Angeles Mayor Karen Bass also pledged environmentally friendly changes in preparation for the 2028 Olympics. Organizations like C40 and Climate Mayors are helping to unite local politicians around the world into action. This won’t solve climate change, but it will make life in a warming world more bearable for many people.
An influential Saudi dissident who collaborated closely with Jamal Khashoggi was harmed in a security breach of the company, then known as Twitter Inc., by Saudi officials in 2014, as stated by a U.S. appeals court. In response, the company mentioned taking further legal action against the dissident.
Personal details about Canadian resident Omar Abdulaziz, a vocal critic of Saudi Arabia’s crown prince, Mohammed bin Salman, were exposed to Riyadh by a Twitter employee who used an anonymous account to access Abdulaziz’s information. This information was later acquired by the Saudi government to silence Abdulaziz’s criticisms.
The breach, dating back almost a decade and involving around 6,000 accounts, was uncovered in 2018 and had severe repercussions for Abdulaziz, including the incarceration of his family in Saudi Arabia. Saudi operatives also obtained Abdulaziz’s phone number, which was exploited by the Saudis. Citizen Lab researchers later revealed that Abdulaziz was targeted using NSO Group spyware while he was in close contact with Khashoggi, who was tragically killed a few months later.
Abdulaziz is currently facing challenges with both Twitter and X Company, owned by Donald Trump’s adviser Elon Musk.
Despite a recent appeals court ruling dismissing Abdulaziz’s lawsuit against the social media platform for negligence in preventing Saudi operatives from accessing his account due to not meeting California’s statute of limitations requirements, the court did recognize that Abdulaziz had standing to pursue the lawsuit based on alleged harm caused by the company’s actions. In light of this development, Abdulaziz intends to seek a review of the case where the court could reconsider its decision. Twitter claimed at the time that it was a “victim” of employee misconduct.
This incident highlights the ongoing threats faced by activists and critics of authoritarian governments who are subjected to harassment, surveillance, and violence, even in countries like the United States and Canada that were once considered safe havens. This trend has now spread to countries such as Saudi Arabia, Iran, the United Arab Emirates (UAE), and India.
In 2020, The Guardian reported that Abdulaziz had been alerted by Canadian authorities about being a potential target for Saudi Arabia, advising him to take precautions to ensure his safety.
Ronald Deibert of Citizen Lab at the University of Toronto’s Munk School expressed concerns about the Trump administration’s potential impact on cross-border repression. He warned that advancements made in regulating tools used for repression could be reversed, posing a significant risk to civil society.
In 2021, the Biden administration blacklisted Israel’s NSO Group due to concerns about the spread of its surveillance software and its threat to U.S. national security. However, NSO lobbyists are actively trying to reverse this classification through the Department of Commerce.
One prominent example of cross-border crackdowns on U.S.-linked dissidents was the brutal killing of Khashoggi in 2018. Following the murder, the U.S. imposed sanctions against several individuals, with President Biden later releasing an intelligence report implicating Prince Mohammed in the murder.
Abdulaziz stressed the importance of holding companies accountable for their users’ safety in a statement to The Guardian. No one should suffer due to a company’s failure to protect against hacks.
The Guardian did not respond to requests for comments from X.
Following Musk, X’s primary investor is a company led by Saudi billionaire Prince Alwaleed bin Talal, who himself faced imprisonment by the Saudi government in 2017. Despite not leaving Saudi Arabia or the UAE since then, Prince Alwaleed recently met with X CEO Linda Yaccarino to underscore the strong ties between X and his company Kingdom Holding, partially owned by Saudi Arabia.
During a visit to the Middle East, Yaccarino also met with Dubai’s leader Sheikh Hamdan bin Mohammed bin Rashid Al Maktoum. UK court findings revealed that Sheikh Maktoum’s agents used NSO spyware to target the phones of his ex-wife and her legal team in 2021.
MJust as Christmas isn’t very fun for someone who has to prepare all the presents and prepare dinner, the annual gaming season can be pretty scary for someone who has to put together a shortlist. Every November, I add up all the critically acclaimed games of the year I haven’t played yet, the underground picks I haven’t followed, and the games I loved but forgot about in February. I feel the panic rising. And when all the year-end lists are released, you inevitably realize you missed something anyway.
The Game Awards has announced the nominations for this year’s ceremony, which will be held on December 12th in Los Angeles. (Disclosure: The Guardian is one of 130 voting bodies for this award, but my knowledge and involvement is limited to sending a ballot to Geoff Keighley each year, usually 1-2 (Sorry, Jeff.) But I’m happy to say that one of the top two games with the most nominations is Astro Bot, which received seven nominations. As far as I know, this game doesn’t get enough reviews. (The other was Final Fantasy VII Rebirth, which won six awards and which critics called a miracle of fan service.) Sadly, after many attempts over the years to get into Final Fantasy Despite this, I’m still not immune to Final Fantasy’s charms.
The other contender for Game of the Year is Balatro, the ridiculously obsessive card game that took over my life in January. Elden Ring: Shadow of the Erdtree, an expanded version of the 2022 action role-playing masterpiece. Metaphor: ReFantazio, a very stylish Atlus RPG that I wrote about a few weeks ago. And Black Myth: Wukong was a huge hit this summer, despite huge controversy surrounding its development and release.
It’s a close race, but my prize goes to Shadow of the Erdtree as the Grand Prize. Because this game is especially loved by game critics. However, I would be happy if Astro Bot wins. The dark horse is Baratolo. Everyone I know loses a week or two at that game, but the moment I win, the appeal wears off. However, there is a public vote worth 10% of the weighting. Significantly Black Myth: Wukong is powered by a huge fan base in China.
Neva, rightly nominated for Best Art Direction. Photo provided by: Nomada Studio
Elsewhere, I had the pleasure of seeing Neva, a game about a warrior and his wolf. This one completely made me sob and was nominated for best art direction, best independent game, and confusing game. Games that make an impact category. The latter list is supposed to be “thought-provoking games with pro-social meanings or messages,” but it appears to be an umbrella category of “emotional games.” I’ve played most of the games nominated in that category and a) I don’t see what ties them together, and b) I couldn’t explain what “prosocial” means in this context .
Indika is a dark and fascinating horror-inspired game about a 19th century nun who attacks a Russian Orthodox church. Hellblade II, like its predecessor, depicts the protagonist’s struggle with mental illness. Tales of Kenzera: Zau is about sadness and draws from its creator’s African heritage. “Closer the Distance” is also a song about sadness. Mr. Nevaeh could be interpreted as an environmentalist, and I think there is some loss in that. However, it is impossible to determine what kind of message Life is Strange: Double Exposure has along these lines.
Otherwise, there are few welcome surprises. Creepy exploration puzzler Animal Well was named Best Independent Game, followed by Lorelei and the Laser Eyes, an unpredictable mystery set in an abandoned hotel, and Mosmouth’s 1980s-style game, Ridiculously Generous The same goes for the compilation UFO 50. “Pacific Drive,” a spooky and bizarre fictional road trip about a broken old car that is constantly being repaired and reinforced, also made it onto our list of best debut games. While Prince of Persia: The Lost Crown deserves praise as the best action game, it was a real shame that Dragon’s Dogma II was only named as the best RPG.
and, ofcourse, The Pokémon trading card game Pocket won the award for Best Mobile Game. I’ve been playing it for several hours every day since it was released (and I still No shiny Articuno).
video game chronicle Easy to parse list Among all categories and nominations. But if you think The Game Awards is too commercial, a new awards show is debuting this year. indie game awards which celebrates the “creativity, innovation and passion” of small game developers, has just announced the nominees. Excerpt from the Best Games category: Mouthwashing, a horror game about the final days of the doomed crew of a space freighter. Arranger is an innovative RPG puzzle game. And Nine Sols, an action game that’s like a cross between Hollow Knight and Sekiro, is something I’ve been meaning to try all year.
Please tell us your favorite…
Before I get back to my own ghastly list, I’ll be giving a shout-out to Pushing Buttons readers’ favorite games of 2024, as always, in my newsletter towards the end of December. So go ahead and send it in with a few sentences about what it means to you and see the results in a few weeks.
what to play
Gloomy and strange…the rise of the Golden Idol. Photo: Color Gray Games
I continue to be fascinated ofRise of the Golden Idola gruesome and bizarre detective story that combines logic puzzles, fill-in-the-blank clues, and hidden object games. Each case is presented in the form of a tableau, and although I’m not sure of the style, it reminds me of a version with a certain twist. Grant Wood’s painting “American Gothic”.
The characters are frozen in a loop of seconds at or immediately after the crime, and you have to figure out who everyone is, why they’re there, and what the heck happened. It all connects to a larger story about corruption, deception, and cursed objects. This game often makes me feel very stupid (I don’t have a great brain to figure out names or details), but I still stick with it.
Available: Smartphone (if you subscribe to Netflix), PC, game console Estimated play time: 12 hours
There’s nothing like the real thing…World of Warcraft II remastered. Photo: YouTube
to celebrate world of warcraftOn the anniversary of , Blizzard re-released Warcraft and Warcraft II with updated graphics. unfortunately, everyone hates them. of the valve half life 2 Anniversary update speed has been significantly improved. Only venerable games Broke the long-standing concurrent player record. With steam.
a minecraft theme park ‘ is scheduled to be released in the UK in 2026 or 2027. I’m already breaking into a cold sweat thinking about how crowded it will be during the first half of the year.
Another game event comes up. WASDa popular showcase of indie-focused PC games, He’s not there anymore.
I’ll answer new questions next week, but for now, I have a few questions. Reader Recommendations Here are the answers to the last few question blocks. First, some more suggestions for Jonny’s wife who’s looking for a game like Civilization VI, but not quite so chill.
The sun’s upper atmosphere, or corona, seen in ultraviolet light
ESA & NASA/Solar Probe/EUI Team
These fiery images are the clearest views of the Sun ever seen by the Solar Orbiter spacecraft.
solar orbitera joint mission between the European Space Agency (ESA) and NASA, is a state-of-the-art instrument that orbits the sun and has been sending information back to Earth since it arrived in 2020.
These images were taken in March 2023, when Solar Orbiter was less than 74 million kilometers from the sun. The photo above was taken using ultraviolet light and reveals the sun’s outer atmosphere, or corona, in great detail, showing billowing million-degree plasma exploding along the sun’s magnetic field lines. There is. Normally, bright light from the sun’s surface hides the corona. Therefore, the corona can only be seen when observing it by blocking visible light or using ultraviolet light, which typically occurs during solar eclipses.
To create this complete image of the sun’s corona, many smaller zoomed-in images had to be stitched together, resulting in this complete mosaic of 8000 pixels. In the future, Solar Orbiter will be able to obtain two such high-resolution photos of the Sun each year, according to ESA.
Visible Sun imaged by the Solar Orbiter spacecraft’s polarization measurements and solar seismic imager
ESA & NASA/Solar Probe/PHI Team
This second image shows what the sun’s surface, or photosphere, looks like when viewed from Solar Orbiter in visible light, the same light that our eyes can see . The temperature of this layer of the sun is approximately 4500-6000°C. The dark areas here are sunspots, which are cooler and emit less light than the surrounding areas.
Map of the Sun’s magnetic field measured by the Solar Orbiter spacecraft’s polarization measurements and solar seismic imager.
ESA & NASA/Solar Probe/PHI Team
Observations using the spacecraft’s magnetic instruments show that the Sun’s magnetic field is concentrated around the sunspot region (see image above). The field directs charged particles away from these areas, cooling them and giving them a dark appearance.
Velocity map, or tachogram, showing the speed and direction of movement of matter on the visible surface of the Sun
ESA & NASA/Solar Probe/PHI Team
Solar Orbiter can also track the speed and direction of plasma as it moves across the Sun’s surface. In this velocity map (above), called a tachogram, blue represents movement toward the spacecraft and red represents movement away from the spacecraft. It shows that it diverges in its surroundings.
This collection of images helps scientists understand the behavior of the sun’s corona and photosphere. Solar Orbiter will also image never-before-seen images of the Sun’s poles at the top and bottom of the star. Currently, not much is known about the solar poles, and researchers expect these regions to look significantly different from the rest of the sun.
MPs in a parliamentary inquiry into the UK riots and the proliferation of false and harmful AI content are set to call on Elon Musk to testify about X’s role in spreading disinformation, as reported by The Guardian.
Additionally, senior executives from Meta and TikTok, the companies behind Facebook and Instagram, are expected to be summoned for questioning as part of the Commons Science and Technology Select Committee’s social media inquiry.
The first public hearing is scheduled for the new year, amidst concerns that current online safety laws in Britain are at risk of being outpaced by advancing technology and the politicization of platforms like X.
Images shared on Facebook and X were reportedly used to incite Islamophobic protests following the tragic deaths of three schoolgirls in Southport in August. The inquiry aims to investigate the impact of generative AI and examine Silicon Valley’s business models that facilitate the spread of misleading and potentially harmful content.
The Chairman of the Labour Party Select Committee, Chi Onwura, expressed interest in questioning Musk about his stance on freedom of expression and disinformation. Musk, the owner of X, has been critical of the UK government and was not invited to an international investment summit in September.
Former Labour Secretary Peter Mandelson has called for an end to Musk’s feud with the British government, emphasizing the importance of not overlooking Musk’s influence in the technological and commercial space.
Despite speculation, it remains uncertain whether Musk will testify in the UK, as he is reportedly gearing up for a senior role in President Trump’s White House. Amidst these developments, millions of X users are said to have migrated to a new platform called Bluesky, raising concerns about misinformation and the presence of previously banned users.
The investigation also aims to explore the connection between social media algorithms, generative AI, and the dissemination of false or harmful content. Additionally, the use of AI to complement search engines, such as Google, will be scrutinized in light of recent instances of false and racist claims propagated on online platforms.
In response to the spread of misinformation and incitement after the Southport killings, Ofcom, the UK’s communications regulator, has highlighted the need for social media companies to address activity that incites violence or promotes false behavior. New rules under the Online Safety Act will require companies to take action to prevent the spread of illegal content and minimize security risks.
There's a lot to keep in mind when working in space
NASA (from Getty Images)
Astronauts aboard the International Space Station (ISS) have shown declines in memory, attention, and processing speed after six months, raising concerns about the impact of cognitive impairment on future space missions to Mars.
The extreme environment of space, including reduced gravity, harsh radiation, and lack of regular sunrises and sunsets, can have dramatic effects on astronauts' health, from muscle loss to increased risk of heart disease. There is a gender. However, the cognitive effects of long-term space travel are less well documented.
now, Sheena Dev Researchers from NASA's Johnson Space Center in Houston, Texas, examined the cognitive abilities of 25 astronauts while on the ISS.
The team conducted 10 tests on the astronauts, some on Earth once before and after the mission, and others on the ISS early and late in the mission. These tests measure specific cognitive abilities, such as finding patterns on a grid to test abstract reasoning, or choosing when to stop an inflated balloon before it bursts to test risk-taking. I did.
The researchers found that on the ISS, astronauts took longer to complete tests measuring processing speed, working memory, and attention than on Earth, but the accuracy was the same. Although there were no overall cognitive impairments or lasting effects on the astronauts' abilities, some measures, such as processing speed, took longer to return to normal after returning to Earth.
Having clear data on the cognitive effects of space travel is critical for future human spaceflight. Elisa Raffaella Ferre But before we know the full story, it's important to collect more data both on Earth and in space.
“Mission to Mars is not only long in terms of time, but also in terms of autonomy,” Ferre says. “Human performance is key as people on the ground will have a completely different interaction with ground control due to distance and communication delays and will need to be fully autonomous in making decisions. You wouldn't want an astronaut on Mars who has slow reaction times in terms of attention, memory, and processing speed. ”
Given the unusual environment of space, it's not surprising that there was a certain decline in cognitive performance, he said. Joe Bower at the University of East Anglia, Norwich, UK. “It's not necessarily a huge cause for alarm, but it's useful to know, especially to know your limits when you're in such an extreme environment,” she says.
That awareness could be especially helpful for astronauts on long-duration missions, Bower added. “It’s not just about how well you do on a test, it’s also about how you perceive your abilities,” she says. “For example, when you're sleep deprived, your performance often suffers, but you don't even realize it's happening.”
President-elect Donald Trump, who once criticized Elon Musk’s SpaceX for launching “rocket ships to nowhere,” visited the Texas coast on Tuesday to witness the latest tests of the massive Starship rocket. SpaceX received a warm welcome.
Trump, sporting a red MAGA hat, observed the launch from under a tent alongside Musk as the large rocket soared into the sky near Brownsville. The rocket is a crucial component of Musk’s plan to establish a colony on Mars.
This appearance further illustrates Trump’s evolving relationship with Musk, one of the wealthiest individuals globally. Musk has been serving as a general advisor to Trump following his assistance in securing a second term in the White House two weeks prior.
President Trump has expressed his support for the Mars exploration initiative. He announced his visit via X, a social media platform owned by Musk.
“I’m traveling to Texas to witness the launch of the largest object ever lifted from the ground, not just to reach space. @ElonMusk and all the amazing patriots who contributed to this incredible project, good luck!” he stated.
The event was attended by several guests, including Donald Trump Jr., Senator Ted Cruz (R-Texas), and Linda McMahon, a former professional wrestling executive supporting Trump’s transition. During the event, Musk enthusiastically conversed with Trump, while Trump observed the rocket launch mostly stoically. The rocket lifted off around 5 p.m. ET, and the booster seemed to land safely in the Gulf of Mexico shortly afterward.
Following the launch, Musk guided Trump on a tour of his nearby office, and Trump interacted with guests outside. They did not address the public immediately as the Starship’s upper stage continued on its trajectory towards the Indian Ocean.
Musk, the CEO of SpaceX and Tesla, stated on X that Trump expressed his honor in attending the event.
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