Nature Unveils the “Black Box” of Science by Releasing Peer Review Files

Nature of science journals aims to highlight the complexities of academic publishing.

In an editorial released on Monday, the journal revealed it will include a peer review file with the papers it plans to publish. This will grant reviewers insight into the behind-the-scenes process where authors respond to revisions.

Publishing peer review files has been an option in Nature since 2020, but as of Monday, it has become a standard practice.

“Our goal is to demystify what many refer to as the ‘black box’ of science and clarify how research papers are developed. This aims to enhance transparency and foster trust in the scientific process. We believe that publishing peer reviewer reports enriches scientific communication and contextualizes how results and conclusions are reached.”

Opening the peer review process is becoming increasingly common among scientific journals, but Nature stands out as one of the largest and most influential in adopting this practice.

Peer review occurs once scientific research is submitted to a reputable journal, where field experts evaluate the work for issues such as flawed inferences, poor research practices, and data errors. These external experts provide feedback to journal editors and authors, known as the Judge Report.

“Peer review enhances the quality of the paper,” the editorial states. “The dialogue between authors and reviewers should be regarded as a significant component of the scientific record, crucial to research andits dissemination.”

Nature’s updated process automatically publishes judge reports and author responses. Journal practices evolve particularly when public trust in science wanes; a Pew Research Center poll indicates that trust in scientists fell approximately 10 percentage points from 2019 to 2024, with only 45% of Americans considering scientists to be effective communicators.

Michael Eisen, a former editor of the scientific journal Elife and a proponent of reforming the scientific publishing process, believes Nature’s decision marks a significant step towards greater transparency in the field.

“It’s valuable for the public to witness the process,” Eisen stated. “Much of the criticism stems from misunderstanding, which often arises from a lack of transparency surrounding scientific processes.”

Eisen suggests this move could help skeptics recognize the rigorous scrutiny applied to critical topics.

“For instance, if people observe the thorough examination vaccine-related studies undergo, it can help them better understand and assess the context of scientific findings,” Eisen noted.

At the same time, this transparency may help to mitigate the sensationalism often associated with striking findings.

“It may help dispel the notion that once a paper is published, it is infallible and that all questions have been resolved,” Eisen added.

He also mentioned that Nature could publish reviewer comments on manuscripts that were ultimately rejected.

“The truly transformative step would be to disclose reviews for all submitted papers,” Eisen remarked. “While it’s insightful to understand the questions raised in reviews of accepted papers, it is equally important to see why certain papers were rejected by the journal.”

Source: www.nbcnews.com

Nokia celebrates its pop culture status by releasing a design archive: Lord of the Ringtones

“Everyone remembers the first Nokia,” says Mark Mason, who joined the carrier’s design team during its heyday in the 1990s. “When you say that name, it brings back memories.”

This is not as far-fetched as it sounds. In 1998, the Finnish consumer electronics manufacturer was the world’s best-selling mobile phone brand, accounting for 40% of the global market and 70% of the UK market.

Nokia’s cultural influence will be properly recognized for the first time in January, when the company’s design archive will be on display. Finland’s Aalto University has acquired the archive and will make it available through selected portals online as well as displaying it on its campus in Espoo.

Nokia’s influence on Finland is indisputable, but the Finnish Institute for Economic Research (Etla) reports that Nokia has contributed A quarter of Finland’s economic growth from 1998 to 2007 – The brand’s international pop culture value is also undeniable.

“Nokia was one of the first telcos to truly emphasize design and difference, offering everything from very affordable phones to the latest cutting-edge phones.” says technical editor Jonathan Bell. wallpaper* magazine. “In the world before Apple, Google, and even Samsung, they stood above all the other players.”

Nokia’s factory ringtone – Gran Valse from 1902 by Francisco Tarrega – became very popular in the 1990s and 2000s. the bird learned to sing it. In 2009, it was reported that the song was listened to an estimated 1.8 billion times a day worldwide. This equates to 20,000 times per second.

Keanu Reeves uses the famous “banana” cell phone, the Nokia 8110, in 1999’s The Matrix. Photo: Landmark Media/Alamy

The Nokia 8110 handset (better known as Banana) starred in the 1999 film. matrix. The brand quickly became endowed with cultural prestige.

Style journalist Murray Healy face He was a magazine editor during Nokia’s heyday in the 1990s, and currently serves as the editorial director of a fashion magazine. perfection. “In the late ’90s, when cell phones were boring, serious, precious, expensive mini-monoliths associated with yuppies, here came this cheap, curvaceous, happy-looking, slightly toy-like device,” he says. says. “It’s pocket-sized, the battery lasts forever, and it doesn’t seem to break down.”

Healy says the Nokia 3210, launched in 1999, was key in ushering in a culture of complete customization with its colorful, changeable chassis. “You can also print the name of your favorite band on it.”

Nokia was also the first mobile phone manufacturer to support SMS texting, and its mobile keypads were perfectly designed for it.

“All of these factors made the product immediately appealing to a youth market that was already adept at avoiding exorbitant call charges with text messages,” Healy says.

Mason, who spent 20 years at Nokia and is now a design expert at the British Design Council, says it was a great time for creativity. “We created a design language early on that put humans at the center. Our slogan was ‘Human Technology’ and Nokia’s slogan was ‘Connecting People.’ Everything we did was centered around that. The keyboard was also curved like the Mona Lisa’s smiling face. When you looked at it, it smiled back at you. “

Aalto University’s archives contain marketing images, sketches, market profiling and presentations that provide new insights into what was once one of the world’s most innovative companies.

Anna Valtonen is the lead researcher at the Nokia Design Archive and a former designer at the company. Her favorite piece on the record is an audiotape in which the designer explains what she’s been working on. “Combined with visual material, it creates a more human story. It not only gives color to the document, but also outlines what the designer was trying to achieve.”

By 1999, Nokia’s operating profits reached $4 billion, but the good times didn’t last long.

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Ben Wood, Chief Analyst and Head of Marketing at CCS Insights, said: “This is the sad story of a once-great company that not only defined but dominated an industry for more than a decade, but was forgotten sooner than anyone imagined.”

Nokia’s decline was due to a combination of factors. Complacency played a big role. The company could not accept the competitive threat posed by new approaches, especially more powerful touchscreen smartphones such as the iPhone.

Former German Chancellor Angela Merkel holds a Nokia slide-out phone in Berlin in 2013. Photo: Fabrizio Bensch/Reuters

Since 2007, Nokia’s market value has fallen by about 90% and it was acquired by Microsoft in 2013.

Nokia’s design archive is a window into an optimistic era, when personal devices and technology were seen as purely positive additions to family life and well-being. But the clunky, bulky phones are finding a new audience among young people whose parents grew up with the brand and now want their children to have less access to social media.

Nokia devices are manufactured by Finnish independent mobile phone manufacturer Human Mobile Devices (HMD), which has been in production since 2016 and whose staff is mostly made up of former Nokia employees.

Valtonen said working with the archives gave him a sense of more than nostalgia. “It gave me a feeling of optimism and forward-looking thinking more than anything else. There are so many changes happening in technology at such a fast pace that it’s important to take a moment to pause and take a look behind the scenes. It’s great to get a glimpse of all the work being done, and I hope this material inspires people and makes them realize the potential for innovation.”

Mason’s hope is unashamedly nostalgic. “I can’t be too excited about my time at Nokia. It’s like a family and I’ve created a design icon. I hope people dig their old phones out of their drawers. – You’ll probably still be able to use it. If you cut me, you’ll have bright blue Nokia blood.”

Source: www.theguardian.com

Researchers are releasing faux birds into simulated aircraft for study

Mid-air collision

To find out whether air taxi passengers need to worry about collisions with birds, a number of tests were carried out by a German emergency program.

Colliding a real air taxi with a real bird would be complicated and dangerous, so perfection was impossible, so experimenters made do by dropping artificial “bird bullets” onto a rigged metal plate that allowed them to measure the force of the impact.

Aditya Devta and Isabelle Metz of the German Aerospace Center and Sophie Armani of the Technical University of Munich described these violent encounters as follows: Preprint paper(Thanks to reader Mason Porter for pointing this out.)

This study was, necessarily, a rough step toward definitively answering the big questions.

The report said the bird shots were dropped manually and faced various challenges, including “inconsistency and lack of repeatability” due to human involvement. Future efforts should “eliminate human involvement and [so as to] “Improve the accuracy and repeatability of force measurements.”

Collision in the middle of the track

Speaking of experiments involving birds and flying taxis, have you heard of the moose and bullet train experiment? Yong Peng and his colleagues from Central South University in China began investigating what happens when these heavy animals meet at high speed.Analysis of moose movement trajectory after collision between bullet train and moose” “.

The questions go beyond the initial simple collision: the scientists mention two possible complications: “If the moose lies on the tracks after the collision, it could increase the risk of train derailment” and “if the moose is thrown into the air during the collision, it could strike and damage the pantograph, disrupting train operation.”

Previous investigations have relied on mathematical simulations using finite element methods and less-heavy experiments, using fresh beef muscle tissue (from cows, not elk) and a type of stress-strain testing machine called a “split-Hopkinson pressure bar.”

Essentially, the force of the impact “depends on the area of contact between the train and the moose,” the scientists report.

Regarding these complexities, the report states: “The moose will not be pushed aside by the V-shaped locomotive and derail, and the moose will not be thrown into the air to the height of the pantograph, causing no damage to the Shinkansen pantograph.”

The study suggests something bigger is on the way: “Only a scenario of a train crossing the tracks at 110km/h hitting a moose was simulated, which cannot fully reflect the risk of a train-moose collision. Therefore, further speeds and attitudes are needed to enhance ongoing research.”

Feeling cheeky

Slowly and gently, new findings about sources are coming in from readers. These concern the off-label use of ketchup and other sticky foods to make electrocardiogram (ECG) electrodes work better (Feedback, May 25).

Brian Leffin Smith adds a musical note: “You don’t need human skin to test whether ketchup electrodes are better than regular gel electrodes. I have equipment that applies a low voltage to plant leaves (or anything else) and converts the varying current into a MIDI signal that can be sent to a computer or synthesizer to play sounds… Anyway, in a statistically insignificant but anecdotally and culinarily interesting test, I found that low-salt ketchup placed between an ECG electrode and a chili leaf produced a fairly high E, while the proper gel placed on the adjacent leaf produced a G. I thought this might be useful, but now I don’t think so.”

Dave Hardy makes a point about practicality: “In the early 1970s, my GP said that gel was ridiculously expensive, but that strawberry jam would work just as well. I don’t know if he tried a range of options or just used what he had on hand (this was in the Falkland Islands).”

Death of a Star

It is surprising how few people are hailed as “famous pathologists.” news The paper reported on the death of one of them: “Dr. Cyril Wecht, the prominent pathologist who argued that more than one shooter killed JFK, has died at age 93.”

One of the first celebrated pathologists, Bernard Spilsbury (1877-1947), helped establish London’s reputation as a hotbed of fascinating and intricate murder mystery investigations.

Royal College of Physicians RevealedAfter his death, he said that Spilsbury’s career had been a truly dramatic one: “The famous Crippen trial in which he was involved [William] Wilcox’s attempts to prove that the murders were committed with hyoscine hydrobromide first attracted him to public attention, and he lamented it at every trial he subsequently attended, which no doubt accounted for his stern and cold demeanor towards all but his closest friends.

Spilsbury’s attitude was by no means contemptible. One aspect of the job of dissecting a corpse is the terrible stench of rotting bodies, which can put off sensitive people. Spilsbury was not a sensitive person in this respect. His colleagues were amazed at how enthusiastic he was about dissecting a corpse. Obituary To put it politely, it was an “olfactory disorder.”

Marc Abrahams is the founder of the Ig Nobel Prize ceremony and co-founder of the journal Annals of Improbable Research. He previously worked on unusual uses of computers. His website is Impossible

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Source: www.newscientist.com

OpenAI warns against releasing voice cloning tools due to safety concerns.

OpenAI’s latest tool can create an accurate replica of someone’s voice with just 15 seconds of recorded audio. This technology is being used by AI Labs to address the threat of misinformation during a critical global election year. However, due to the risks involved, it is not being released to the public in an effort to limit potential harm.

Voice Engine was initially developed in 2022 and was initially integrated into ChatGPT for text-to-speech functionality. Despite its capabilities, OpenAI has refrained from publicizing it extensively, taking a cautious approach towards its broader release.

Through discussions and testing, OpenAI aims to make informed decisions about the responsible use of synthetic speech technology. Selected partners have access to incorporate the technology into their applications and products after careful consideration.

Various partners, like Age of Learning and HeyGen, are utilizing the technology for educational and storytelling purposes. It enables the creation of translated content while maintaining the original speaker’s accent and voice characteristics.

OpenAI showcased a study where the technology helped a person regain their lost voice due to a medical condition. Despite its potential, OpenAI is previewing the technology rather than widely releasing it to help society adapt to the challenges of advanced generative models.

OpenAI emphasizes the importance of protecting individual voices in AI applications and educating the public about the capabilities and limitations of AI technologies. The voice engine is watermarked to enable tracking of generated voices, with agreements in place to ensure consent from original speakers.

While OpenAI’s tools are known for their simplicity and efficiency in voice replication, competitors like Eleven Labs offer similar capabilities to the public. To address potential misuse, precautions are being taken to detect and prevent the creation of voice clones impersonating political figures in key elections.

Source: www.theguardian.com

Harnessing Nature: Releasing Billions of Engineered Mosquitoes into the Wild to Combat Disease

Dengue fever is currently endemic in 100 countries, putting half of the world’s population at risk. The threat has increased dramatically, with the number of dengue fever cases increasing tenfold between 2000 and 2019, and the number of cases hitting an all-time high in 2023.

Bangladesh, Peru and Burkina Faso have all seen record outbreaks in the past 12 months, while France, Italy and Spain have also reported cases of mosquito-borne dengue fever.

What’s causing this? Scientists say global warming is making space more hospitable to insects, and that climate change is fueling the rise in this mosquito-borne viral disease. As mosquitoes become more common, we expect the time to outbreak of dengue fever to shorten and the transmission season to lengthen.

This is a worrying situation.But that’s what the sponsoring team decided world mosquito program There is a possible solution. They suggest treating mosquitoes with bacteria that can prevent the development of viruses in the body.

read more:

What are the symptoms of dengue fever?

There’s a good reason dengue fever has been labeled “breakbone fever.” 80% of cases are asymptomatic, but when symptoms develop, symptoms include high fever, muscle and joint pain, severe headache, pain behind the eyes, nausea, and vomiting.

Symptoms begin 4 to 10 days after infection and can last from 2 days to up to a week. DHF (severe dengue fever) manifests as severe abdominal pain, persistent vomiting, bleeding gums or nose, blood in the stool or vomit, pale, cold skin, and fatigue. Doctors can only alleviate these symptoms because antiviral drugs are not available.



How does dengue spread?

Dengue fever is spread through the bite of an infected female mosquito. Aedes aegypti, typically found in tropical and subtropical regions. Originating from the forests of West Africa, Aedes aegypti They spread around the world during the African slave trade and have continued to hitchhike as a means of human transportation ever since.

other Aedes Other species can also transmit dengue fever, although to a lesser extent. The highly invasive Asian tiger mosquito is the likely cause of dengue infections in Europe. Unlike malaria mosquitoes, which usually bite at night and can be prevented with insecticide-treated bed nets, dengue mosquitoes bite during the day and are very difficult to control.

Mosquitoes are now highly urbanized creatures, admirably adapted to coexist with humans, their preferred blood source. In cities, stagnant water is key to survival, providing spawning grounds and habitat for aquatic larval and pupal development. Mosquitoes breed in small puddles in garbage, used tires, and man-made containers such as flower pots. Thus, humans have been the main driving force behind the success of the dengue mosquito.

How can we fight the spread of infection?

Dengue prevention requires a multipronged attack on mosquitoes, with a focus on insecticide spraying. However, insecticide resistance is developing in mosquito populations around the world, threatening their effectiveness.

what else? Control strategies also include adaptations to eliminate breeding sites or prevent reproduction. Aedes aegypti Prevent spawning in stagnant water (remove debris that could trap water and install covers on water storage containers).

Bacterial toxins are also applied to bodies of water to kill mosquito larvae. These strategies are labor intensive because it is difficult to identify, treat, and eliminate all breeding sites. Therefore, new methods of mosquito control are desperately needed.

The World Mosquito Program (WMP) has devised a non-chemical and non-GMO-based approach for dengue control. Bacteria called Wolbachia which occurs naturally in many insect species; Aedes aegypti.

WMP was found to be “infected”. Aedes aegypti and Wolbachia Prevented the onset of dengue virus in adult women. From a logistical point of view, this method is self-sustaining. Wolbachia It can spread to wild populations because it infects eggs through mating.

WMP reports a significant decrease in dengue cases. Aedes aegypti carry Wolbachia has been released.given that Aedes aegypti Since Zika and Chikungunya viruses are also transmitted, WMP has developed a potential “three-for-one” method of disease control.

It’s no exaggeration to say that mosquitoes are the most hated insects, but despite their notoriety, only a handful of the 3,500 species of mosquitoes transmit disease. They are also important to the ecosystem.

Mosquitoes are a food source for fish, frogs, reptiles, bats, and birds, and they are also pollinators, as male insects suck nectar from flowers (only females drink blood). The WMP approach is species-specific and targeted only. Aedes aegyptiThis is in contrast to the “blunt force” approach with insecticides, which can affect insects other than the target.

The climate change trajectory we are currently on is leading to rising temperatures and changing rainfall patterns, which will benefit this terrifying little insect and her viral cargo. Therefore, we need as many weapons as possible in our arsenal to combat the growing global dengue threat.

read more:

Source: www.sciencefocus.com