Science

in-war-against-dei-in-science,-researchers-see-collateral-damage

In war against DEI in science, researchers see collateral damage

dei, Policy, Science, syndication, trump administration / /

Senate Republicans flagged thousands of grants as “woke DEI” research. What does that really mean?

Senate Commerce Committee Chairman Ted Cruz (R-Texas) at a hearing on Tuesday, January 28, 2025. Credit: Getty Images | Tom Williams

When he realized that Senate Republicans were characterizing his federally funded research project as one of many they considered ideological and of questionable scientific value, Darren Lipomi, chair of the chemical engineering department at the University of Rochester, was incensed. The work, he complained on social media, was aimed at helping “throat cancer patients recover from radiation therapy faster.” And yet, he noted on Bluesky, LinkedIn, and X, his project was among nearly 3,500 National Science Foundation grants recently described by the likes of Ted Cruz, the Texas Republican and chair of the powerful Senate Committee on Commerce, Science, and Transportation, as “woke DEI” research. These projects, Cruz argued, were driven by “Neo-Marxist class warfare propaganda,” and “far-left ideologies.”

“Needless to say,” Lipomi wrote of his research, “this project is not espousing class warfare.”

The list of grants was compiled by a group of Senate Republicans last fall and released to the public earlier this month, and while the NSF does not appear to have taken any action in response to the complaints, the list’s existence is adding to an atmosphere of confusion and worry among researchers in the early days of President Donald J. Trump’s second administration. Lipomi, for his part, described the situation as absurd. Others described it as chilling.

“Am I going to be somehow identified as an immigrant that’s exploiting federal funding streams and so I would just get deported? I have no idea,” said cell biologist Shumpei Maruyama, an early-career scientist and Japanese immigrant with permanent residency in the US, upon seeing his research on the government watch list. “That’s a fear.”

Just being on that list, he added, “is scary.”

The NSF, an independent government agency, accounts for around one-quarter of federal funding for science and engineering research at American colleges and universities. The 3,483 flagged projects total more than $2 billion and represent more than 10 percent of all NSF grants awarded between January 2021 and April 2024. The list encompasses research in all 50 states, including 257 grants totaling more than $150 million to institutions in Cruz’s home state of Texas.

The flagged grants, according to the committee report, “went to questionable projects that promoted diversity, equity, and inclusion (DEI) tenets or pushed onto science neo-Marxist perspectives about enduring class struggle.” The committee cast a wide net, using a programming tool to trawl more than 32,000 project descriptions for 699 keywords and phrases that they identified as linked to diversity, equity, and inclusion.

Cruz has characterized the list as a response to a scientific grantmaking process that had become mired in political considerations, rather than focused on core research goals. “The Biden administration politicized everything it touched,” Cruz told Undark and NOTUS. “Science research is important, but we should want researchers spending time trying to figure out how to cure cancer, how to cure deadly diseases, not bean counting to satisfy the political agenda of Washington Democrats.”

“The ubiquity of these DEI requirements that the Biden administration engrafted on virtually everything,” Cruz added, “pulls a lot of good research money away from needed research to satisfy the political pet projects of Democrats.”

Others described the list—and other moves against DEI initiatives in research—as reversing decades-old bipartisan policies intended to strengthen US science. For past Congresses and administrations, including the first Trump term, DEI concepts were not controversial, said Neal F. Lane, who served as NSF director in the 1990s and as a science adviser to former President Bill Clinton. “Budget after budget was appropriated funds specifically to address these issues, to make sure all Americans have an opportunity to contribute to advancement of science and technology in the country,” he said. “And that the country then, in turn, benefits from their participation.”

At the same time, he added: “Politics can be ugly.”

Efforts to promote diversity in research predate the Biden administration. A half a century ago, the NSF established a goal of increasing the number of women and underrepresented groups in science. The agency began targeting programs for minority-serving institutions as well as minority faculty and students.

In the 1990s, Lane, as NSF director, ushered in the requirement that, in addition to intellectual merit, reviewers should consider a grant proposal’s “broader impacts.” In general, he said, the aim was to encourage science that would benefit society.

The broader impacts requirement remains today. Among other options, researchers can fulfill it by including a project component that increases the participation of women, underrepresented minorities in STEM, and people with disabilities. They can also meet the requirement by promoting science education or educator development, or by demonstrating that a project will build a more diverse workforce.

The Senate committee turned up thousands of “DEI” grants because the broad search not only snagged projects with a primary goal of increasing diversity—such as a $1.2 million grant to the Colorado School of Mines for a center to train engineering students to promote equity among their peers—but also research that referenced diversity in describing its broader impact or in describing study populations. Lipomi’s project, for example, was likely flagged because it mentions recruiting a diverse group of participants, analyzing results according to socioeconomic status, and posits that patients with disabilities might benefit from wearable devices for rehabilitation.

According to the committee report, concepts related to race, gender, societal status, as well as social and environmental justice undermine hard science. They singled out projects that identified groups of people as underrepresented, underserved, socioeconomically disadvantaged, or excluded; recognized inequities; or referenced climate research.

Red flags also included words like “gender,” “ethnicity,” and “sexuality,” along with scores of associated terms — “female,” “women,” “interracial,” “heterosexual,” “LGBTQ,” as well as “Black,” “White,” “Hispanic,” or “Indigenous” when referring to groups of people. “Status” also made the list along with words such as “biased,” “disability,” “minority,” and “socioeconomic.”

In addition, the committee flagged “environmental justice” and terms that they placed in that category such as “climate change,” “climate research,” and “clean energy.”

The committee individually reviewed grants for more than $1 million, according to the report.

The largest grant on the list awarded more than $29 million to the National Center for Supercomputing Applications (NCSA) at the University of Illinois at Urbana-Champaign, which contributes to the vast computing resources needed for artificial intelligence research. “I don’t know exactly why we were flagged, because we’re an AI resource for the nation,” said NCSA Director William Gropp.

One possible reason for the flag, Gropp theorized, is that one of the project’s aims is to provide computing power to states that have historically received less funding for research and development—including many Republican-leaning states—as well as minority-serving institutions. The proposal also states that a lack of diversity contributes to “embedded biases and other systemic inequalities found in AI systems today.”

The committee also flagged a grant with a total intended award amount of $26 million to a consortium of five institutions in North Carolina to establish an NSF Engineering Research Center to engineer microbial life in indoor spaces, promoting beneficial microbes while preventing the spread of pathogens. One example of such work would be thinking about how to minimize the risk that pathogens caught in a hospital sink would get aerosolized and spread to patients, said Joseph Graves, Jr., an evolutionary biologist and geneticist at North Carolina A&T State University and a leader of the project.

Graves was not surprised that his project made the committee’s list, as NSF policy has required research centers to include work on diversity and a culture of inclusion, he said.

The report, Graves said, seems intended to strip science of diversity, which he views as essential to the scientific endeavor. “We want to make the scientific community look more like the community of Americans,” said Graves. That’s not discriminating against White or Asian people, he said: “It’s a positive set of initiatives to give people who have been historically underrepresented and underserved in the scientific community and the products it produces to be at the table to participate in scientific research.”

“We argue that makes science better, not worse,” he added.

The political environment has seemingly left many scientists nervous to speak about their experiences. Three of the major science organizations Undark contacted—the Institute of Electrical and Electronics Engineers, the National Academy of Sciences, and the American Institute of Physics—either did not respond or were not willing to comment. Many researchers appearing on Cruz’s list expressed hesitation to speak, and only men agreed to interviews: Undark contacted eight women leading NSF-funded projects on the list. Most did not respond to requests for comment, while others declined to talk on the record.

Darren Lipomi, the chemical engineer, drew a parallel between the committee report and US Sen. Joseph McCarthy’s anti-communist campaign in the early 1950s. “It’s inescapable,” said Lipomi, whose project focused on developing a medical device that provides feedback on swallowing to patients undergoing radiation for head and neck cancer. “I know what Marxism is, and this was not that.”

According to Joanne Padrón Carney, chief government relations officer at the American Association for the Advancement of Science, Republican interest in scrutinizing purportedly ideological research dovetails with a sweeping executive order, issued immediately after Trump’s inauguration, aimed at purging the government of anything related to diversity, equity, and inclusion. Whether and how the Senate committee report will wind up affecting future funding, however, remains to be seen. “Between the executive order on DEI and now the list of terms that was used in the Cruz report, NSF is now in the process of reviewing their grants,” Carney said. One immediate impact is that scientists may become more cautious in preparing their proposals, said Carney.

Emails to the National Science Foundation went unanswered. In response to a question about grant proposals that, like Lipomi’s, only have a small component devoted to diversity, Cruz said their status should be determined by the executive branch.

“I would think it would be reasonable that if the DEI components can reasonably be severed from the project, and the remaining parts of the project are meritorious on their own, then the project should continue,” Cruz said. “It may be that nothing of value remains once DEI is removed. It would depend on the particular project.”

Physicist and former NSF head Neal F. Lane said he suspects that “DEI” has simply become a politically expedient target—as well as an excuse to slash spending. Threats to science funding are already causing huge uncertainty and distraction from what researchers and universities are supposed to be doing, he said. “But if there’s a follow-through on many of these efforts made by the administration, any damage would be enormous.”

That damage might well include discouraging young researchers from pursuing scientific careers at all, Carney said—particularly if the administration is perceived as being uninterested in a STEM workforce that is representative of the US population. “For us to be able to compete at the global arena in innovation,” she said, “we need to create as many pathways as we can for all young students—from urban and rural areas, of all races and genders—to see science and technology as a worthwhile career.”

These questions are not just academic for cell biologist and postdoctoral researcher Shumpei Maruyama, who is thinking about becoming a research professor. He’s now concerned that the Trump administration’s proposed cuts to funding from the National Institutes of Health, which supports research infrastructure at many institutions, will sour the academic job market as schools are forced to shutter whole sections or departments. He’s also worried that his research, which looks at the effects of climate change on coral reefs, won’t be fundable under the current administration—not least because his work, too, is on the committee’s list.

“Corals are important just for the inherent value of biodiversity,” Maruyama said.

Although he remains worried about what happens next, Maruyama said he is also “weirdly proud” to have his research flagged for its expressed connection to social and environmental justice. “That’s exactly what my research is focusing on,” he said, adding that the existence of coral has immeasurable environmental and social benefits. While coral reefs cover less than 1 percent of the world’s oceans in terms of surface area, they house nearly one-quarter of all marine species. They also protect coastal areas from surges and hurricanes, noted Maruyama, provide food and tourism for local communities, and are a potential source of new medications such as cancer drugs.

While he also studies corals because he finds them “breathtakingly beautiful,” Maruyama, suggested that everyone—regardless of ideology—has a stake in their survival. “I want them to be around,” he said.

This story was co-reported by Teresa Carr for Undark and Margaret Manto for NOTUS. This article was originally published on Undark. Read the original article.

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flashy-exotic-birds-can-actually-glow-in-the-dark

Flashy exotic birds can actually glow in the dark

Biology, bioluminescence, birds, feathers, Fluorescence, Science / /

Found in the forests of Papua New Guinea, Indonesia, and Eastern Australia, birds of paradise are famous for flashy feathers and unusually shaped ornaments, which set the standard for haute couture among birds. Many use these feathers for flamboyant mating displays in which they shape-shift into otherworldly forms.

As if this didn’t attract enough attention, we’ve now learned that they also glow in the dark.

Biofluorescent organisms are everywhere, from mushrooms to fish to reptiles and amphibians, but few birds have been identified as having glowing feathers. This is why biologist Rene Martin of the University of Nebraska-Lincoln wanted to investigate. She and her team studied a treasure trove of specimens at the American Museum of Natural History, which have been collected since the 1800s, and found that 37 of the 45 known species of birds of paradise have feathers that fluoresce.

The glow factor of birds of paradise is apparently important for mating displays. Despite biofluorescence being especially prominent in males, attracting a mate might not be all it is useful for, as these birds might also use it to signal to each other in other ways and sometimes even for camouflage among the light and shadows.

“The current very limited number of studies reporting fluorescence in birds suggests this phenomenon has not been thoroughly investigated,” the researchers said in a study that was recently published in Royal Society Open Science.

Glow-up

How do they get that glow? Biofluorescence is a phenomenon that happens when shorter, high-energy wavelengths of light, meaning UV, violet, and blue, are absorbed by an organism. The energy then gets re-emitted at longer, lower-energy wavelengths—greens, yellows, oranges, and reds. The feathers of birds of paradise contain fluorophores, molecules that undergo biofluorescence. Specialized filters in the light-sensitive cells of their eyes make their visual system more sensitive to biofluorescence.

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the-seemingly-indestructible-fists-of-the-mantis-shrimp-can-take-a-punch

The seemingly indestructible fists of the mantis shrimp can take a punch

Biomechanics, Mantis shrimp, materials science, Science / /

To find out how much force a mantis shrimp’s dactyl clubs can possibly withstand, the researchers tested live shrimp by having them strike a piezoelectric sensor like they would smash a shell. They also fired ultrasonic and hypersonic lasers at pieces of dactyl clubs from their specimens so they could see how the clubs defended against sound waves.

By tracking how sound waves propagated on the surface of the dactyl club, the researchers could determine which regions of the club diffused the most waves. It was the second layer, the impact surface, that handled the highest levels of stress. The periodic surface was almost as effective. Together, they made the dactyl clubs nearly immune to the stresses they generate.

There are few other examples that the protective structures of the mantis shrimp can be compared to. On the prey side, evidence has been found that the scales on some moths’ wings absorb sound waves from predatory bats to keep them from echolocation to find them.

Understanding how mantis shrimp defend themselves from extreme force could inspire new technology. The structures in their dactyl clubs could influence the designs of military and athletic protective gear in the future.

“Shrimp impacts contain frequencies in the ultrasonic range, which has led to shrimp-inspired solutions that point to ultrasonic filtering as a key [protective] mechanism,” the team said in the same study.

Maybe someday, a new bike helmet model might have been inspired by a creature that is no more than seven inches long but literally doesn’t crack under pressure.

Science, 2025.  DOI:  10.1126/science.adq7100

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german-startup-to-attempt-the-first-orbital-launch-from-western-europe

German startup to attempt the first orbital launch from Western Europe

Commercial space, Europe, germany, isar aerospace, launch, Norway, Science, Space, spectrum rocket / /

The nine-engine first stage for Isar Aerospace’s Spectrum rocket lights up on the launch pad on February 14. Credit: Isar Aerospace

Isar builds almost all of its rockets in-house, including Spectrum’s Aquila engines.

“The flight will be the first integrated test of tens of thousands of components,” said Josef Fleischmann, Isar’s co-founder and chief technical officer. “Regardless of how far we get, this first test flight will hopefully generate an enormous amount of data and experience which we can apply to future missions.”

Isar is the first European startup to reach this point in development. “Reaching this milestone is a huge success in itself,” Meltzer said in a statement. “And while Spectrum is ready for its first test flight, launch vehicles for flights two and three are already in production.”

Another Bavarian company, Rocket Factory Augsburg, destroyed its first booster during a test-firing on its launch pad in Scotland last year, ceding the frontrunner mantle to Isar. RFA received its launch license from the UK government last month and aims to deliver its second booster to the launch site for hot-fire testing and a launch attempt later this year.

There’s an appetite within the European launch industry for new companies to compete with Arianespace, the continent’s sole operational launch services provider backed by substantial government support. Delays in developing the Ariane 6 rocket and several failures of Europe’s smaller Vega launcher forced European satellite operators to look abroad, primarily to SpaceX, to launch their payloads.

The European Space Agency is organizing the European Launcher Challenge, a competition that will set aside some of the agency’s satellites for launch opportunities with a new crop of startups. Isar is one of the top contenders in the competition to win money from ESA. The agency expects to award funding to multiple European launch providers after releasing a final solicitation later this year.

The first flight of the Spectrum rocket will attempt to reach a polar orbit, flying north from Andøya Spaceport. Located at approximately 69 degrees north latitude, the spaceport is poised to become the world’s northernmost orbital launch site.

Because the inaugural launch of the Spectrum rocket is a test flight, it won’t carry any customer payloads, an Isar spokesperson told Ars.

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Researchers figure out how to get fresh lithium into batteries

batteries, chemistry, materials science, Science / /

In their testing, they use a couple of unusual electrode materials, such as a chromium oxide (Cr8O21) and an organic polymer (a sulfurized polyacrylonitrile). Both of these have significant weight advantages over the typical materials used in today’s batteries, although the resulting batteries typically lasted less than 500 cycles before dropping to 80 percent of their original capacity.

But the striking experiment came when they used LiSO2CF3 to rejuvenate a battery that had been manufactured as normal but had lost capacity due to heavy use. Treating a lithium-iron phosphate battery that had lost 15 percent of its original capacity restored almost all of what was lost, allowing it to hold over 99 percent of its original charge. They also ran a battery for repeated cycles with rejuvenation every few thousand cycles. At just short of 12,000 cycles, it still could be restored to 96 percent of its original capacity.

Before you get too excited, there are a couple of things worth noting about lithium-iron phosphate cells. The first is that, relative to their charge capacity, they’re a bit heavy, so they tend to be used in large, stationary batteries like the ones in grid-scale storage. They’re also long-lived on their own; with careful management, they can take over 8,000 cycles before they drop to 80 percent of their initial capacity. It’s not clear whether similar rejuvenation is possible in the battery chemistries typically used for the sorts of devices that most of us own.

The final caution is that the battery needs to be modified so that fresh electrolytes can be pumped in and the gases released by the breakdown of the LiSO2CF3 removed. It’s safest if this sort of access is built into the battery from the start, rather than provided by modifying it much later, as was done here. And the piping needed would put a small dent in the battery’s capacity per volume if so.

All that said, the treatment demonstrated here would replenish even a well-managed battery closer to its original capacity. And it would largely restore the capacity of something that hadn’t been carefully managed. And that would allow us to get far more out of the initial expense of battery manufacturing. Meaning it might make sense for batteries destined for a large storage facility, where lots of them could potentially be treated at the same time.

Nature, 2025. DOI: 10.1038/s41586-024-08465-y  (About DOIs).

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“bouncing”-winds-damaged-houston-skyscrapers-in-2024

“Bouncing” winds damaged Houston skyscrapers in 2024

architecture, climate change, derecho, hurricanes, Science / /

“Bouncing” winds

Damage sustained by the Chevron Building Auditorium during the derecho: a) damaged side of the building, b) global damage view, c) & d) localized glass damage.

Damage sustained by the Chevron Building Auditorium during the derecho: a) damaged side of the building, b) global damage view, c) & d) localized glass damage.

Damage sustained by the Chevron Building Auditorium during the derecho: a) damaged side of the building, b) global damage view, c) & d) localized glass damage. Credit: Padgett et al., 2024

Elawady decided to investigate why the Houston derecho’s structural damage was so much more extensive than one might expect. He and his colleagues analyzed the impact of the derecho on five of the city’s most notable buildings: The Chevron Building Auditorium, the CenterPoint Energy Plaza, the El Paso Energy Building, the RRI Energy Plaza, and the Wedge International Tower.

The Chevron Building Auditorium, for instance, suffered significant damage to its cladding and shattered glass windows, mostly on the side facing another skyscraper: the Chevron Corporation Tower. The CenterPoint Energy Plaza’s damage to its double-skin facade was concentrated on one corner that had two tall buildings facing it, as was the damage to two corners of the El Paso Energy building. This suggested a wind-channeling effect might have played a role in that damage.

Next Elawady et al. conducted wind tunnel experiments at the FIU Natural Hazards Engineering Research Infrastructure’s “Wall of Wind” facility to determine how the winds may have specifically caused the observed damage. They placed a revolving miniature tall building in the tunnel and blasted it with wind speeds of up to 70 meters per second while placing an identical mini-model at increasing distances from the first to mimic possible interference from nearby buildings.

The results confirmed the team’s working hypothesis. “When strong winds move through a city, they can bounce due to interference between tall buildings. This increases pressure on walls and windows, making damage more severe than if the buildings were isolated,” said co-author Omar Metwally, a graduate student at FIU. For example, in the case of the Chevron Building Auditorium, the channeling effects intensified the damage, particularly at higher elevations.

“On top of this, downbursts create intense, localized forces which can exceed typical design values for hurricanes, especially on the lower floors of tall buildings,” Metwally added. The problem is only likely to worsen because of accelerating climate change. Glass facades seem to be particularly vulnerable to this kind of wind damage, and the authors suggest current design and construction guidelines for such elements should be re-evaluated as a result of their findings.

Frontiers in Built Environment, 2025. DOI: 10.3389/fbuil.2024.1514523  (About DOIs).

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study:-cuttlefish-adapt-camouflage-displays-when-hunting-prey

Study: Cuttlefish adapt camouflage displays when hunting prey

animal behavior, Biology, cuttlefish, marine animals, Science / /

Crafty cuttlefish employ several different camouflaging displays while hunting their prey, according to a new paper published in the journal Ecology, including mimicking benign ocean objects like a leaf or coral, or flashing dark stripes down their bodies. And individual cuttlefish seem to choose different preferred hunting displays for different environments.

It’s well-known that cuttlefish and several other cephalopods can rapidly shift the colors in their skin thanks to that skin’s unique structure. As previously reported, squid skin is translucent and features an outer layer of pigment cells called chromatophores that control light absorption. Each chromatophore is attached to muscle fibers that line the skin’s surface, and those fibers, in turn, are connected to a nerve fiber. It’s a simple matter to stimulate those nerves with electrical pulses, causing the muscles to contract. And because the muscles are pulling in different directions, the cell expands, along with the pigmented areas, changing the color. When the cell shrinks, so do the pigmented areas.

Underneath the chromatophores, there is a separate layer of iridophores. Unlike the chromatophores, the iridophores aren’t pigment-based but are an example of structural color, similar to the crystals in the wings of a butterfly, except a squid’s iridophores are dynamic rather than static. They can be tuned to reflect different wavelengths of light. A 2012 paper suggested that this dynamically tunable structural color of the iridophores is linked to a neurotransmitter called acetylcholine. The two layers work together to generate the unique optical properties of squid skin.

And then there are leucophores, which are similar to the iridophores, except they scatter the full spectrum of light, so they appear white. They contain reflectin proteins that typically clump together into nanoparticles so that light scatters instead of being absorbed or directly transmitted. Leucophores are mostly found in cuttlefish and octopuses, but there are some female squid of the genus Sepioteuthis that have leucophores that they can “tune” to only scatter certain wavelengths of light. If the cells allow light through with little scattering, they’ll seem more transparent, while the cells become opaque and more apparent by scattering a lot more light.

Scientists learned in 2023 that the process by which cuttlefish generate their camouflage patterns is significantly more complex than scientists previously thought. Specifically, cuttlefish readily adapted their skin patterns to match different backgrounds, whether natural or artificial. And the creatures didn’t follow the same transitional pathway every time, often pausing in between. That means that contrary to prior assumptions, feedback seems to be critical to the process, and the cuttlefish were correcting their patterns to match the backgrounds better.

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trump-admin.-fires-usda-staff-working-on-bird-flu,-immediately-backpedals

Trump admin. fires USDA staff working on bird flu, immediately backpedals

agriculture, bird flu, dairy, H5N1, health, outbreak, poultry, Science, USDA / /

Over the weekend, the Trump administration fired several frontline responders to the ongoing H5N1 bird flu outbreak—then quickly backpedaled, rescinding those terminations and attempting to reinstate the critical staff.

The termination letters went out to employees at the US Department of Agriculture, one of the agencies leading the federal response to the outbreak that continues to plague US dairy farms and ravage poultry operations, affecting over 160 million birds and sending egg prices soaring. As the virus continues to spread, infectious disease experts fear it could evolve to spread among humans and cause more severe disease. So far, the Centers for Disease Control and Prevention has documented 68 cases in humans, one of which was fatal.

Prior to Trump taking office, health experts had criticized the country’s response to H5N1 for lack of transparency at times, sluggishness, inadequate testing, and its inability to halt transmission among dairy farms, which was once considered containable. To date, 972 herds across 17 states have been infected since last March, including 36 herds in the last 30 days.

In a statement to Ars Technica, a USDA spokesperson said that the agency views the response to the outbreak of H5N1—a highly pathogenic avian influenza (HPAI)—as a priority. As such, the agency had protected some positions from staff cuts by granting exemptions, which went to veterinarians, animal health technicians, and others. But not all were exempted, and some were fired.

“Although several positions supporting HPAI were notified of their terminations over the weekend, we are working to swiftly rectify the situation and rescind those letters,” the spokesperson said.

The USDA did not respond to Ars Technica’s questions regarding how many employees working on the outbreak were fired, how many of those terminations were rescinded, or how many employees have been reinstated since the weekend.

The cuts are part of a larger, brutal effort by the Trump administration to slash federal agencies, and the cuts have imperiled other critical government and public services. In recent days, several agencies, including the National Institutes of Health, the CDC, the National Science Foundation, and the Department of Energy, among others, have been gutted. At CDC, cuts devastated the agency’s premier disease detectives program—the Epidemic Intelligence Service—members of which are critical to responding to outbreaks and other health emergencies.

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scientists-unlock-vital-clue-to-strange-quirk-of-static-electricity

Scientists unlock vital clue to strange quirk of static electricity

electromagnetism, Physics, Science, static electricity, triboelectric effect / /

Scientists can now explain the prevailing unpredictability of contact electrification, unveiling order from what has long been considered chaos.

Static electricity—specifically the triboelectric effect, aka contact electrification—is ubiquitous in our daily lives, found in such things as a balloon rubbed against one’s hair or styrofoam packing peanuts sticking to a cat’s fur (as well as human skin, glass tabletops, and just about anywhere you don’t want packing peanuts to be). The most basic physics is well understood, but long-standing mysteries remain, most notably how different materials exchange positive and negative charges—sometimes ordering themselves into a predictable series, but sometimes appearing completely random.

Now scientists at the Institute of Science and Technology Austria (ISTA) have identified a critical factor explaining that inherent unpredictability: It’s the contact history of given materials that controls how they exchange charges in contact electrification. They described their findings in a new paper published in the journal Nature.

Johan Carl Wilcke published the first so-called “triboelectric series” in 1757 to describe the tendency of different materials to self-order based on how they develop a positive or negative charge. A material toward the bottom of the list, like hair, will acquire a more negative charge when it comes into contact with a material near the top of the list, like a rubber balloon.

The issue with all these lists is that they are inconsistent and unpredictable—sometimes the same scientists don’t get the same ordering results twice when repeating experiments—largely because there are so many confounding factors that can come into play. “Understanding how insulating materials exchanged charge seemed like a total mess for a very long time,” said co-author Scott Waitukaitis of ISTA. “The experiments are wildly unpredictable and can sometimes seem completely random.”

A cellulose material’s charge sign, for instance, can depend on whether its curvature is concave or convex. Two materials can exchange charge from positive (A) to negative (B), but that exchange can reverse over time, with B being positive and A being negative. And then there are “triangles”: Sometimes one material (A) gains a positive charge when rubbed up against another material (B), but B will gain a positive charge when rubbed against a third material (C), and C, in turn, will gain positive charge when in contact with A. Even identical materials can sometimes exchange charge upon contact.

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microsoft-demonstrates-working-qubits-based-on-exotic-physics

Microsoft demonstrates working qubits based on exotic physics

Apple, Computer science, Majorana, Physics, quantum computing, quantum mechanics, quasiparticles, Science / /

Microsoft’s first entry into quantum hardware comes in the form of Majorana 1, a processor with eight of these qubits.

Given that some of its competitors have hardware that supports over 1,000 qubits, why does the company feel it can still be competitive? Nayak described three key features of the hardware that he feels will eventually give Microsoft an advantage.

The first has to do with the fundamental physics that governs the energy needed to break apart one of the Cooper pairs in the topological superconductor, which could destroy the information held in the qubit. There are a number of ways to potentially increase this energy, from lowering the temperature to making the indium arsenide wire longer. As things currently stand, Nayak said that small changes in any of these can lead to a large boost in the energy gap, making it relatively easy to boost the system’s stability.

Another key feature, he argued, is that the hardware is relatively small. He estimated that it should be possible to place a million qubits on a single chip. “Even if you put in margin for control structures and wiring and fan out, it’s still a few centimeters by a few centimeters,” Nayak said. “That was one of the guiding principles of our qubits.” So unlike some other technologies, the topological qubits won’t require anyone to figure out how to link separate processors into a single quantum system.

Finally, all the measurements that control the system run through the quantum dot, and controlling that is relatively simple. “Our qubits are voltage-controlled,” Nayak told Ars. “What we’re doing is just turning on and off coupling of quantum dots to qubits to topological nano wires. That’s a digital signal that we’re sending, and we can generate those digital signals with a cryogenic controller. So we actually put classical control down in the cold.”

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3d-map-of-exoplanet-atmosphere-shows-wacky-climate

3D map of exoplanet atmosphere shows wacky climate

astronomy, astrophysics, exoplanet atmospheres, exoplanets, Science, spectroscopy / /

Last year, astronomers discovered an unusual Earth-size exoplanet they believe has a hemisphere of molten lava, with its other hemisphere tidally locked in perpetual darkness. And at about the same time, a different group discovered a rare small, cold exoplanet with a massive outer companion 100 times the mass of Jupiter.

Meet Tylos

The different layers of the atmosphere on WASP-121b.

This latest research relied on observational data collected by the European South Observatory’s (ESO) Very Large Telescope, specifically, a spectroscopic instrument called ESPRESSO that can process light collected from the four largest VLT telescope units into one signal. The target exoplanet, WASP-121b—aka Tylos—is located in the Puppis constellation about 900 light-years from Earth. One year on Tylos is equivalent to just 30 hours on Earth, thanks to the exoplanet’s close proximity to its host star. Since one side is always facing the star, it is always scorching, while the exoplanet’s other side is significantly colder.

Those extreme temperature contrasts make it challenging to figure out how energy is distributed in the atmospheric system, and mapping out the 3D structure can help, particularly with determining the vertical circulation patterns that are not easily replicated in our current crop of global circulation models, per the authors. For their analysis, they combined archival ESPRESSO data collected on November 30, 2018, with new data collected on September 23, 2023. They focused on three distinct chemical signatures to probe the deep atmosphere (iron), mid-atmosphere (sodium), and shallow atmosphere (hydrogen).

“What we found was surprising: A jet stream rotates material around the planet’s equator, while a separate flow at lower levels of the atmosphere moves gas from the hot side to the cooler side. This kind of climate has never been seen before on any planet,” said Julia Victoria Seidel of the European Southern Observatory (ESO) in Chile, as well as the Observatoire de la Côte d’Azur in France. “This planet’s atmosphere behaves in ways that challenge our understanding of how weather works—not just on Earth, but on all planets. It feels like something out of science fiction.”

Nature, 2025. DOI: 10.1038/s41586-025-08664-1

Astronomy and Astrophysics, 2025. DOI: 10.1051/0004-6361/202452405  (About DOIs).

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Can public trust in science survive a second battering?

Science, science education, syndication, trust in science / /

Public trust in science has shown a certain resiliency, but it is being tested like never before.

Public trust in science has been in the spotlight in recent years: After the US presidential election in November, one Wall Street Journal headline declared that “Science Lost America’s Trust.” Another publication called 2024 “the year of distrust in science.”

Some of that may be due to legitimate concerns: Public health officials have been criticized for their lack of transparency during critical moments, including the COVID-19 pandemic. And experts have noted the influence of political factors. For instance, the first Trump administration repeatedly undermined scientists—a trend repeating in his second term so far.

But what does the research say about where public trust in science, doctors, and health care institutions actually stands? In recent years, researchers have been increasingly looking into quantifying these sentiments. And indeed, multiple surveys and studies have reported the COVID-19 pandemic correlated with a decline in trust in the years following the initial outbreak. This decrease, though, seems to be waning as new research shows a clearer picture of trust across time. One 2024 study suggests Trump’s attacks on science during his first term did not have the significant impact many experts feared—and may have even boosted confidence among certain segments of the population.

Overall confidence in scientific institutions has slightly rebounded since the pandemic, some research suggests, with that trust remaining strong across countries. Despite the uptick, there appears to be a still widening divide particularly between political factions, with Democrats showing higher levels of trust and Republicans showing lower levels, a polarization that became more pronounced during the COVID-19 pandemic.

“What we’re seeing now, several years later, is how deep those divisions really are,” said Cary Funk, who previously led science and society research at the Pew Research Center and has written reports on public trust in science. Funk is now a senior adviser for public engagement at the Aspen Institute Science and Society Program.

Political and economic entities have weaponized certain scientific topics, such as climate change, as well as the mistrust in science to advance their own interests, said Gabriele Contessa, a philosopher of science at Carleton University in Ottawa, Canada. In the future, that weaponization might engender mistrust related to other issues, he added. It remains to be seen what effect a second Trump term may have on confidence in science. Already, Trump issued a communications freeze on Department of Health and Human Services officials and paused federal grants, a move that was ultimately rescinded but still unleashed a flurry of chaos and confusion throughout academic circles.

“To have people like Donald Trump, who clearly do not trust reputable scientific sources and often trust instead disreputable or at least questionable scientific sources, is actually a very, very strong concern,” Contessa said.

Who will act in the public’s best interest?

In the winter of 2021, the Pew Research Center conducted a survey of around 14,500 adults in the US, asking about their regard for different groups of individuals, including religious leaders, police officers, and medical scientists. The proportion of the survey takers who said they had a great deal of confidence in scientists to act in the public’s best interest, the researchers found, decreased from 39 percent in November 2020 to 29 percent just one year later. In October 2023, at the lowest point since the pandemic began, only 23 percent reported a great deal of confidence in scientists. A analysis conducted by The Associated Press-NORC Center for Public Affairs Research reported a comparable decline: In 2018, 48 percent of respondents reported a great deal of confidence in scientists; in 2022, it was down to just 39 percent.

But years later, a new survey conducted in October 2024 suggested that the dip in trust may have been temporary. An update to the Pew survey that sought input from almost 10,000 adults in the US shows a slow recovery: Compared to the 23 percent, now 26 percent report having a great deal of confidence.

Similarly, a 2024 study examining attitudes toward scientific expertise during a 63-year period found that Trump and Republican attacks on science, in general, did not actually sway public trust when comparing responses in 2016 to those from 2020. And a recent international survey that asked nearly 72,000 individuals in 68 countries their thoughts on scientists revealed that most people trust scientists and want them to be a part of the policy making process.

“There are still lots of people who have at least a kind of soft inclination to have confidence or trust in scientists, to act in the interests of the public,” said Funk. “And so majorities of Americans, majorities even of Republicans, have that view.”

But while public trust in general seems to be resilient, that finding becomes more complex on closer inspection. Confidence can remain high and increase for some groups, while simultaneously declining in others. The same study that looked at Trump’s influence on trust during his first administration, for instance, found that some polarization grew stronger on both ends of the spectrum. “Twelve percent of USA adults became more skeptical of scientific expertise in response to Trump’s dismissal of science, but 20 percent increased their trust in scientific expertise during the same period,” the study noted. Meanwhile, the neutral middle shrank: In 2016, 76 percent reported that they had no strong opinions on their trust in science. In 2020, that plunged to 29 percent.

The COVID-19 pandemic also seems to have had a pronounced effect on that gap: Consistently, research conducted after the pandemic shows that people with conservative ideologies distrust science more than those who are left-leaning. Overall, Republicans’ confidence in science fell 23 points from 2018 to 2022, dropping by half. Another recent poll shows declining confidence, specifically in Republican individuals, in health agencies such as the Centers for Disease Control and Prevention and the Food and Drug Administration. This distrust was likely driven by the politicization of pandemic policies, such as masking, vaccine mandates, and lockdowns, according to commentaries from experts.

The international survey of individuals in 68 countries did not find a relationship between trust in science and political orientation. Rod Abhari, a PhD candidate at Northwestern University who studies the role of digital media on trust, told Undark this suggests that conservative skepticism toward science is not rooted in ideology but is instead a consequence of deliberate politicization by corporations and Republican pundits. “Republican politicians have successfully mobilized the conspiracy and resistance to scientists—and not just scientists, but government agencies that represent science and medicine and nutrition,” he added.

“Prior to the outbreak,” said Funk, “views of something like medical researchers, medical doctors, medical scientists, were not particularly divided by politics.”

Second time around

So, what does this research mean for a second Trump term?

One thing that experts have noticed is that rather than distrusting specific types of scientists, such as climate change researchers, conservatives have begun to lump scientists across specialties and have more distrust of scientists in general, said Funk.

Going forward, Abhari predicted, “the scope of what science is politicized will expand” beyond hot-button topics like climate change. “I think it’ll become more existential, where science funding in general will become on the chopping block,” he said in mid-January. With the recent temporary suspensions on research grant reviews and payments for researchers and talk of mass layoffs and budget cuts at the National Science Foundation, scientists are already worried about how science funding will be affected.

This weaponization of science has contributed and will continue to lead to eroding trust, said Contessa. Already, topics like the effects of gas stoves on health have been weaponized by entities with political and economic motivation like the gas production companies, he pointed out. “It shows you really any topic, anything” can be used to sow skepticism in scientists, he said.

Many experts emphasize strategies to strengthen overall trust, close the partisan gap, and avoid further politicization of science.

Christine Marizzi, who leads a science education effort in Harlem for a nonprofit organization called BioBus, highlights the need for community engagement to make science more visible and accessible to improve scientists’ credibility among communities.

Ultimately, Abhari said, scientists need to be outspoken about the politicization of science to be able to regain individuals’ trust. This “will feel uncomfortable because science has typically tried to brand itself as being apolitical, but I think it’s no longer possible,” Abhari said. “It’s sort of the political reality of the situation.”

The increasing polarization in public trust is concerning, said Funk. So “it’s an important time to be making efforts to widen trust in science.”

This article was originally published on Undark. Read the original article.

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