Long-time Slashdot reader Alain Williams writes: Apple co-founder Steve Wozniak is in the hospital in Mexico, according to multiple reports.

It is not currently clear what the cause is. The 73-year-old was in Mexico City attending the World Business Forum (WBF), a business conference. [According to TMZ, Wozniak finished his speech but then told his wife he was "feeling strange." She reportedly insisted he go to the hospital.] An unnamed source from the WBF said that Mr Wozniak fainted on Wednesday at the event [minutes before his participation], according to CNN. TMZ reports that Wozniak was hospitalized after "suffering what appears to be vertigo." Mexican media outlets were reporting that it was due to a possible stroke.

Two million species are at risk of extinction, a figure that is double previous UN estimates, new analysis has found. From a report: While scientists have long documented the decline of species of plants and vertebrates, there has always been significant uncertainty over insects, with the UN making a "tentative estimate" of 10% threatened with extinction in 2019. Since then, more data has been collected on insects, showing the proportion at risk of extinction is much higher than previously estimated. Because there are so many insect species, this doubles the global number of species at risk, according to the paper, published in Plos One on Wednesday.

Lead researcher, Axel Hochkirch, from the Musee National d'Histoire Naturelle in Luxembourg, said: "What our study does is really highlight that insects are as threatened as other taxa. And because they are the most species-rich group of animals on our planet, this is really something which should be addressed." Understanding what is happening to global insect populations has been challenging because of the lack of data - but 97% of all animals are invertebrates. Of that group, about 90% are classified as insects. They provide vital ecosystem services: pollinating crops, recycling nutrients into soils, and decomposing waste. "Without insects, our planet will not be able to survive," Hochkirch said. The team looked at all European species on the International Union for Conservation of Nature's red list of threatened species. This is considered the most comprehensive source of information on species at risk. They found a fifth of European species were at risk of extinction, with 24% of invertebrates at risk, as well as 27% of all plants and 18% of vertebrates.

An anonymous reader quotes a report from the Financial Times: Amazon Prime members will be able to access US healthcare provider One Medical's suite of benefits, for a fee, as the ecommerce company looks to expand its presence in the $4 trillion American healthcare industry. Prime members in the US who opt in will have access to unlimited, on-demand virtual healthcare via One Medical, the subscription-based group that Amazon acquired last year for $3.9 billion. They will also be able to schedule in-person appointments that they will either pay for themselves or that will be covered by insurance.

The addition to Amazon's flagship Prime membership program comes as the company looks to "stack" healthcare services together and broaden its reach in the sector, which would be "big for us if we do a good job," said Neil Lindsay, senior vice-president of Amazon Health. The subscription will cost Amazon Prime members $9 per month or $99 per year, compared with the standard One Medical subscription fee of $199 per year. That will come on top of the $139 per year, or $14.99 a month, price for a Prime subscription.

The move is Amazon's latest effort to leverage its loyal base of Prime members and become a big player in the healthcare industry. In January, following its 2018 acquisition of mail-order pharmacy PillPack for about $1 billion, Amazon launched RxPass, which allows Prime members to order an unlimited amount of some unbranded prescription medications for $5 a month. It has also rolled out a "Clinic" telehealth service that connects patients with clinicians and a broader mail-order pharmacy service.

The scientific literature is polluted with fake manuscripts churned out by paper mills -- businesses that sell bogus work and authorships to researchers who need journal publications for their CVs. But just how large is this paper-mill problem? From a report: An unpublished analysis shared with Nature suggests that over the past two decades, more than 400,000 research articles have been published that show strong textual similarities to known studies produced by paper mills. Around 70,000 of these were published last year alone. The analysis estimates that 1.5-2% of all scientific papers published in 2022 closely resemble paper-mill works. Among biology and medicine papers, the rate rises to 3%.

Without individual investigations, it is impossible to know whether all of these papers are in fact products of paper mills. But the proportion -- a few per cent -- is a reasonable conservative estimate, says Adam Day, director of scholarly data-services company Clear Skies in London, who conducted the analysis using machine-learning software he developed called the Papermill Alarm. In September, a cross-publisher initiative called the STM Integrity Hub, which aims to help publishers combat fraudulent science, licensed a version of Day's software for its set of tools to detect potentially fabricated manuscripts.

Paper-mill studies are produced in large batches at speed, and they often follow specific templates, with the occasional word or image swapped. Day set his software to analyse the titles and abstracts of more than 48 million papers published since 2000, as listed in OpenAlex, a giant open index of research papers that launched last year, and to flag manuscripts with text that very closely matched known paper-mill works. These include both retracted articles and suspected paper-mill products spotted by research-integrity sleuths such as Elisabeth Bik, in California, and David Bimler (also known by the pseudonym Smut Clyde), in New Zealand.

AmiMoJo shares a report from the BBC: Europe's Euclid telescope is ready to begin its quest to understand the greatest mysteries in the Universe. Exquisite imagery from the space observatory shows its capabilities to be exceptional. Over the next six years, Euclid will survey a third of the heavens to get some clues about the nature of so-called dark matter and dark energy. The 1.4 billion euro Euclid telescope went into space in July. Since then, engineers have been fine-tuning it. There were some early worries. Initially, Euclid's optics couldn't lock on to stars to take a steady image. This required new software for the telescope's fine guidance sensor. Engineers also found some stray light was polluting pictures when the observatory was pointed in a certain way. But with these issues all now resolved, Euclid is good to go -- as evidenced by the release of five sample images on Tuesday. "No previous space telescope has been able to combine the breadth, depth and sharpness of vision that Euclid can," notes the BBC. "The astonishing James Webb telescope, for example, has much higher resolution, but it can't cover the amount of sky that Euclid does in one shot."

An anonymous reader quotes a report from Motherboard: [A] new tech startup, Prophetic, aims to bring lucid dreams to a much wider audience by developing a wearable device designed to spark the experience when desired. Prophetic is the brainchild of Eric Wollberg, its chief executive officer, and Wesley Louis Berry III, its chief technology officer. The pair co-founded the company earlier this year with the goal of combining technologies, such as ultrasound and machine learning models, "to detect when dreamers are in REM to induce and stabilize lucid dreams" with a device called the Halo according to the company's website. [...]

Prophetic does not make any medical claims about its forthcoming products -- Halo is tentatively slated for a 2025 release -- though Wollberg and Berry both expressed optimism about broader scientific research that suggests lucid dreams can reduce PTSD-related nightmares, promote mindfulness, and open new windows into the mysterious nature of consciousness. To explore those links further, Prophetic has partnered with the Donders Institute, a research center at Radboud University in the Netherlands that is focused on neuroscience and cognition, to generate the largest dataset of electroencephalogram (EEG) and functional magnetic resonance imaging (fMRI) observations of lucid dreamers, according to the company. The collaboration will also explore one of central technologies behind Prophetic's vision, known as transcranial focused ultrasound (TUS). This non-invasive technique uses low-intensity ultrasound pulses to probe the brain, and interact with neural activity, with a depth and precision that cannot be achieved with previous methods, such as transcranial electrical stimulation or transcranial magnetic stimulation.

At this point, both the possibilities and limits of Prophetic's concept remain unclear. While ultrasound devices have been widely used in medicine for decades, the process of stimulating parts of the brain with TUS is a relatively new development. Within the past few years, scientists have shown that TUS "has the potential to be used both as a scientific instrument to investigate brain function and as a therapeutic modality to modulate brain activity," according to a 2019 study, and "could be a useful tool in the treatment of clinical disorders characterized by negative mood states, like depression and anxiety disorders," according to a 2020 study. What is not known, yet, is whether TUS can induce or stabilize lucid dreams, though the Prophetic team is banking on a positive answer to this open question. Its wearable headband prototype, the Halo, was developed with the company Card79 and can currently read EEG data of users. Over the next year, Prophetic aims to use the dataset from their partnership with the Donders Institute to train machine learning models that will stimulate targeted neural activity in users with ultrasound transducers as a means of inducing lucid dreams.

Nature has retracted a controversial paper claiming the discovery of a superconductor -- a material that carries electrical currents with zero resistance -- capable of operating at room temperature and relatively low pressure. From a report: The text of the retraction notice states that it was requested by eight co-authors. "They have expressed the view as researchers who contributed to the work that the published paper does not accurately reflect the provenance of the investigated materials, the experimental measurements undertaken and the data-processing protocols applied," it says, adding that these co-authors "have concluded that these issues undermine the integrity of the published paper."

It is the third high-profile retraction of a paper by the two lead authors, physicists Ranga Dias at the University of Rochester in New York and Ashkan Salamat at the University of Nevada, Las Vegas (UNLV). Nature withdrew a separate paper last year and Physical Review Letters retracted one this August. It spells more trouble in particular for Dias, whom some researchers allege plagiarized portions of his PhD thesis. Dias has objected to the first two retractions and not responded regarding the latest. Salamat approved the two this year. "It is at this point hardly surprising that the team of Dias and Salamat has a third high-profile paper being retracted," says Paul Canfield, a physicist at Iowa State University in Ames and at Ames National Laboratory. Many physicists had seen the Nature retraction as inevitable after the other two -- and especially since The Wall Street Journal and Science reported in September that 8 of the 11 authors of the paper -- including Salamat -- had requested it in a letter to the journal.

An anonymous reader shares an article: In 1937, a brown, eyeless beetle was found in a few caves in Slovenia. The new species was unexceptional apart from one feature. Its discoverer decided to name it after Adolf Hitler. Anophthalmus hitleri has an objectionable sound to modern ears. Nor is it alone. Many species' names recall individuals or ideas that offend: the butterfly Hypopta mussolinii, for example, while several hundred plant species carry names based on the word caffra which is derived from a racial slur once used in Africa. Similarly Hibbertia, a genus of flowering plants, honours George Hibbert, an English slave owner.

As a result, many scientists are pressing for changes to be made to the international system for giving official scientific names to plants and animals to allow the deletion and substitution of past names if they are deemed objectionable. Current taxonomy regulations, which do not allow such changes, must be altered, they say. Other scientists disagree. Arguing over names that some think are unacceptable while searching for alternatives would waste time and create confusion. Species names should remain inviolate once they have been agreed by taxonomists, they argue, and changes should only be allowed if a mistake in designation has been made or an earlier designation is found to have been overlooked.

The row now threatens to become a major international dispute. "People have very, very strong opinions one way or the other about this," said botanist Sandra Knapp, of the Natural History Museum in London. "There's been a certain amount of shouting about it but we have to discuss issues like this. We cannot avoid them." As a result, Knapp has arranged for a discussion before voting on the issue occurs at the next International Botanical Congress, which will be held in Madrid in July 2024. One motion put forward by a group of botanists calls for a committee to be set up with powers to judge whether scientific names for plants that are now considered unacceptable should be suppressed or changed.

An anonymous reader quotes a report from The Guardian: Marc, 63, from Bordeaux, France, was diagnosed with the degenerative disease more than 20 years ago and had developed severe mobility problems, including balance impairments and freezing of gait. After receiving the implant, which aims to restore normal signaling to the leg muscles from the spine, he has been able to walk more normally and regained his independence. "I practically could not walk any more without falling frequently, several times a day. In some situations, such as entering a lift, I'd trample on the spot, as though I was frozen there, you might say," he said. "Right now, I'm not even afraid of the stairs any more. Every Sunday I go to the lake, and I walk around 6 kilometers [3.7 miles]. It's incredible."

The implant is yet to be tested in a full clinical trial. But the Swiss team, who have a longstanding program to develop brain-machine interfaces to overcome paralysis, hope that their technology could offer an entirely new approach to treating movement deficits in those with Parkinson's disease. "It is impressive to see how by electrically stimulating the spinal cord in a targeted manner, in the same way as we have done with paraplegic patients, we can correct walking disorders caused by Parkinson's disease," said Jocelyne Bloch, neurosurgeon and professor at the CHUV Lausanne University hospital, who co-led the work.

First, the team developed a personalized anatomical map of Marc's spinal cord that identified the precise locations that were involved in signaling to the leg to move. Electrodes were then implanted at these locations, allowing stimulation to be delivered directly into the spine. The patient wears a movement sensor on each leg and when walking is initiated the implant automatically switches on and begins delivering pulses of stimulation to the spinal neurons. The aim is to correct abnormal signals that are sent from the brain, down the spine, to the legs in order to restore normal movement. "At no point is [the patient] controlled by the machine," said Prof Eduardo Martin Moraud, of Lausanne University hospital. "It's just enhancing his capacity to walk." The study, published in Nature Medicine, found that the implant improved walking and balance deficits and when Marc's walking was analyzed it more closely resembled that of healthy controls than that of other Parkinson's patients. Marc also reported significant improvements in his quality of life.

A machine-learning tool can easily spot when chemistry papers are written using the chatbot ChatGPT, according to a study published on 6 November in Cell Reports Physical Science. From a report: The specialized classifier, which outperformed two existing artificial intelligence (AI) detectors, could help academic publishers to identify papers created by AI text generators. "Most of the field of text analysis wants a really general detector that will work on anything," says co-author Heather Desaire, a chemist at the University of Kansas in Lawrence. But by making a tool that focuses on a particular type of paper, "we were really going after accuracy."

Desaire and her colleagues first described their ChatGPT detector in June, when they applied it to Perspective articles from the journal Science. Using machine learning, the detector examines 20 features of writing style, including variation in sentence lengths, and the frequency of certain words and punctuation marks, to determine whether an academic scientist or ChatGPT wrote a piece of text. The findings show that "you could use a small set of features to get a high level of accuracy," Desaire says. The findings suggest that efforts to develop AI detectors could be boosted by tailoring software to specific types of writing, Desaire says. "If you can build something quickly and easily, then it's not that hard to build something for different domains."

There's now two million subscribers to SpaceX's Starlink satellite internet service, with CEO Elon Musk announcing Thursday that it has "achieved breakeven cash flow..."

Long-time Slashdot reader SonicSpike shared this report from CNBC: Musk did not specify whether that milestone was hit on an operating basis or for a specified time period. Earlier this year, SpaceX President and Chief Operating Officer Gwynne Shotwell said Starlink "had a cash flow positive quarter" in 2022, and the overall SpaceX company reportedly turned a profit in the first quarter of 2023.

SpaceX's valuation has soared to about $150 billion, with Starlink seen as a key economic driver of the company's goals. Two years ago, Musk emphasized that making Starlink "financially viable" required crossing "through a deep chasm of negative cash flow."

Musk has discussed spinning off Starlink to take it public through an initial public offering once the business was "in a smooth sailing situation." But timing of a Starlink IPO remains uncertain. Last year, Musk told employees that taking the business public wasn't likely until 2025 or later.

"Slabs of material from an ancient extraterrestrial planet are hidden deep within the Earth," argues a new scientific theory (as described by CNN).

"Scientists widely agree that an ancient planet likely smashed into Earth as it was forming billions of years ago, spewing debris that coalesced into the moon that decorates our night sky today." But then whatever happened to that planet? No leftover fragments from a hypothetical planet "Theia" have ever been found in our solar system.

But the new theory "suggests that remnants of the ancient planet remain partially intact, buried beneath our feet." If the theory is correct, it would not only provide additional details to fill out the giant-impact hypothesis but also answer a lingering question for geophysicists. They were already aware that there are two massive, distinct blobs that are embedded deep within the Earth. The masses — called large low-velocity provinces, or LLVPs — were first detected in the 1980s. One lies beneath Africa and another below the Pacific Ocean.
The study's lead author (Dr. Qian Yuan, a geophysicist and postdoctoral fellow at the California Institute of Technology) first proposed the idea for a paper three times in 2021 — and was rejected each time. But "then he came across scientists who did just the type of research Yuan needed." Their work, which assigned a certain size to Theia and speed of impact in the modeling, suggested that the ancient planet's collision likely did not entirely melt Earth's mantle, allowing the remnants of Theia to cool and form solid structures instead of blending together in Earth's inner stew... If Theia were a certain size and consistency, and struck the Earth at a specific speed, the models showed it could, in fact, leave behind massive hunks of its guts within Earth's mantle and also spawn the debris that would go on to create our moon...

The study Yuan published this week includes coauthors from a variety of disciplines across a range of institutions, including Arizona State, Caltech, the Shanghai Astronomical Observatory and NASA's Ames Research Center.

Scientists recently noticed that the chemical fingerprint of meteor particles was starting to change.

And last month Purdue University announced that "The Space Age is leaving fingerprints on one of the most remote parts of the planet — the stratosphere — which has potential implications for climate, the ozone layer and the continued habitability of Earth." Using tools hitched to the nose cone of their research planes and sampling more than 11 miles above the planet's surface, researchers have discovered significant amounts of metals in aerosols in the atmosphere, likely from increasingly frequent launches and returns of spacecraft and satellites. That mass of metal is changing atmospheric chemistry in ways that may impact Earth's atmosphere and ozone layer...

Led by Dan Murphy, an adjunct professor in Purdue's Department of Earth, Atmospheric, and Planetary Sciences and a researcher at the National Oceanic and Atmospheric Administration, the team detected more than 20 elements in ratios that mirror those used in spacecraft alloys. They found that the mass of lithium, aluminum, copper and lead from spacecraft reentry far exceeded those metals found in natural cosmic dust. Nearly 10% of large sulfuric acid particles — the particles that help protect and buffer the ozone layer — contained aluminum and other spacecraft metals.
Thanks to long-time Slashdot reader AmiMoJo for sharing the article.

Ars Technica reports: In three-and-a-half years of service, one of SpaceX's reusable Falcon 9 boosters stands apart from the rest of the company's rocket inventory. This booster, designated with the serial number B1058, has now flown 18 times.

For its maiden launch on May 30, 2020, the rocket propelled NASA astronauts Doug Hurley and Bob Behnken into the history books on SpaceX's first mission to send people into orbit. This ended a nine-year gap in America's capability to launch astronauts into low-Earth orbit and was the first time a commercial spacecraft achieved this feat... Over the course of its flights to space and back, that white paint has darkened to a charcoal color. Soot from the rocket's exhaust has accumulated, bit by bit, on the 15-story-tall cylinder-shaped booster. The red NASA worm logo is now barely visible.

On Friday night, this rocket launched for the 18th time, breaking a tie at 17 flights with another Falcon 9 booster in SpaceX's fleet... It fired three engines for a braking burn to slow for reentry, then ignited a single engine and extended four carbon-fiber landing legs to settle onto a floating platform holding position near the Bahamas. The drone ship will return the rocket to Cape Canaveral, where SpaceX will refurbish the vehicle for a 19th flight.
Other interesting statistics from the article:

• This single booster rocket has launched 846 satellites into space. (Astrophysicist/spaceflight tracker Jonathan McDowell calculates there are now over 5,000 Starlink satellites in orbit.)

• A SpaceX official told Ars Technica the company might extend the limit on Falcon 9 booster flights beyond 20 for Starlink satellites.

• Friday's launch became the 79th launch so far in 2023 of a Falcon rocket, with SpaceX aiming for a total of 100 by the end of December, and 144 in 2023 (an average of one flight every two-and-a-half days).

• Since 2016, SpaceX has now had 249 consecutive successful launches of its Falcon 9 and Falcon Heavy rockets

"Software that controls your body should always respect your freedom," warns the program manager of the Free Software Foundation: In July, users of the proprietary software app LibreLink, who live in the UK and use Apple devices, found that the app they depend on to monitor their blood sugar was not working anymore after the developer Abbott pushed an update for the app... Despite what its name may suggest, there is nothing libre about the LibreLink app. It's proprietary software, which means users must depend on the company to keep it running and to distribute it. With free software, [a user] would have had the freedom to run, copy, distribute, study, change, and improve the software himself, or he could have leaned on a community of developers and users to share and fix the software, and the old version of the software would have been available to revert the update...

Two months later, with Apple's update to iOS 17, users of the FreeStyle LibreLink and Libre 2 apps had reason again to fear that the software they rely on wouldn't work after updating their iPhones. This time, users all over the world were affected. In September, Abbott warned Apple users: "As part of the upcoming iOS 17 release, Apple is introducing StandBy Mode and Assistive Access Mode ... this release may impact your experience with the FreeStyle Libre 2 app, the FreeStyle LibreLink app, or the FreeStyle LibreLinkUp app. We recommend that you disable automatic operating system updates on the smartphone using the mentioned apps." This warning was made because StandBy Mode would sometimes prohibit time-sensitive notifications such as glucose alarms, and the Assistive Access Mode would impact sensor activation and alarm setting modification in the app...

And a scenario where a company abandons service or updates to its users is not merely theoretical. This is the bitter reality faced by users of eye implants produced by Second Sight Medical Products since the company decided to abandon the technology in 2020 when facing the prospect of bankruptcy. [">According to IEEE Spectrum], Terry Byland, whose sight has been dependent on the first-generation Argus implant since 2004, says of his experience, "As long as nothing goes wrong, I'm fine. But if something does go wrong with it, well, I'm screwed. Because there's no way of getting it fixed." That's what also happened to Barbara Campbell, whose retinal implant suddenly stopped working when she was on a subway...

It's up to us advocates of free software to inform the people around us of the issues with proprietary software in medical aids. Let's encourage our friends, parents, and grandparents to ask their doctor about the software in their medical devices and to choose and insist upon free software over proprietary software.

During a close flyby of the asteroid Dinkinesh, NASA's Lucy spacecraft discovered a mini moon a mere one-tenth-of-a-mile (220 meters) in size. For comparison, Dinkinesh is barely a half-mile (790 meters) across. The Associated Press reports: NASA sent Lucy past Dinkinesh as a rehearsal for the bigger, more mysterious asteroids out near Jupiter. Launched in 2021, the spacecraft will reach the first of these so-called Trojan asteroids in 2027 and explore them for at least six years. The original target list of seven asteroids now stands at 11. Dinkinesh means "you are marvelous" in the Amharic language of Ethiopia. It's also the Amharic name for Lucy, the 3.2 million-year-old remains of a human ancestor found in Ethiopia in the 1970s, for which the spacecraft is named.

Jeff Foust reports via SpaceNews: A NASA official opened the door to keeping the International Space Station in operation beyond 2030 if commercial space stations are not yet ready to take over by the end of the decade. Speaking at the Beyond Earth Symposium here Nov. 2, Ken Bowersox, NASA associate administrator for space operations, said it was "not mandatory" to retire the ISS as currently planned at the end of the decade depending on the progress companies are making on commercial stations. "The timeline is flexible," he said of that transition from the ISS to commercial stations. "It's not mandatory that we stop flying the ISS in 2030. But, it is our full intention to switch to new platforms when they're available." [...]

Bowersox acknowledged that schedule depends on the readiness of those commercial stations. "When it happens is going to depend a lot the maturity of the market," he said, which includes both the status of commercial stations and non-NASA customers for them. He made it clear that NASA does not expect to be the only customer for commercial stations. NASA's current requirements for those stations anticipate having two astronauts at a time on them, less than the ISS. "We looked at what we thought would be reasonable and what would actually give us a cost savings," he said of that requirement. "My biggest concern is if we get too far ahead of where the market and NASA has to carry the full cost of the platforms for longer, and we transition too quickly," he said. That could force NASA to move money from current ISS utilization to support those stations. "If we have a badly managed transition, we could find ourselves getting weak in those areas."

An anonymous reader quotes a report from the New York Times: Later this month, delegations from around the world will head to a conference in Dubai to discuss international treaties involving radio frequencies, satellite coordination and other tricky technical issues. These include the nagging problem of the clocks. For 50 years, the international community has carefully and precariously balanced two different ways of keeping time. One method, based on Earth's rotation, is as old as human timekeeping itself, an ancient and common-sense reliance on the position of the sun and stars. The other, more precise method coaxes a steady, reliable frequency from the changing state of cesium atoms and provides essential regularity for the digital devices that dominate our lives.

The trouble is that the times on these clocks diverge. The astronomical time, called Universal Time, or UT1, has tended to fall a few clicks behind the atomic one, called International Atomic Time, or TAI. So every few years since 1972, the two times have been synced by the insertion of leap seconds — pausing the atomic clocks briefly to let the astronomic one catch up. This creates UTC, Universal Coordinated Time. But it's hard to forecast precisely when the leap second will be required, and this has created an intensifying headache for technology companies, countries and the world's timekeepers.

"Having to deal with leap seconds drives me crazy," said Judah Levine, head of the Network Synchronization Project in the Time and Frequency Division at the National Institute of Standards and Technology in Boulder, Colo., where he is a leading thinker on coordinating the world's clocks. He is constantly badgered for updates and better solutions, he said: "I get a bazillion emails." On the eve of the next international discussion, Dr. Levine has written a paper that proposes a new solution: the leap minute. The idea is to sync the clocks less frequently, perhaps every half-century, essentially letting atomic time diverge from cosmos-based time for 60 seconds or even a tad longer, and basically forgetting about it in the meantime. The proposal from Levine may face opposition from vested interests and strong opinions in the international community -- notably, the Russians and the Vatican. "The head of the IBWM (or BIPM in French) said in November 2022 that Russia opposed the dropping of leap seconds because it wanted to wait until 2040," reports Ars Technica. "The nation's satellite positioning system, GLONASS, was built with leap seconds in mind, and reworking the system would seemingly be taxing."

"There's also the Vatican, which has concerned itself with astronomy since at least the Gregorian Calendar, and may also oppose the removal of leap seconds. The Rev. Paul Gabor, astrophysicist and vice director of the Vatican Observatory Research Group in Tucson, Arizona, has been quoted and cited as opposing the deeper separation of human and planetary time. Keeping proper time, Gabor wrote his 2017 book The Science of Time, is 'one of the oldest missions of astronomy.'"

"In the current Leap Second Debate, there are rational arguments, focused on practical considerations, and there is a certain unspoken unease, emerging from the symbolic substrata of the issues involved," Gabor writes.

An anonymous reader quotes a report from the New York Times: Ken Mattingly, who orbited the moon and commanded a pair of NASA shuttle missions, but who was remembered as well for the flight he didn't make -- the near-disastrous mission of Apollo 13 -- died on Tuesday in Arlington, Va. He was 87. His death was confirmed by Cheryl Warner, a NASA spokeswoman. She did not specify the cause or say whether he died at home in Arlington or in a hospital there. Mr. Mattingly, a former Navy jet pilot with a degree in aeronautical engineering, joined NASA in 1966. But his first spaceflight didn't come until April 1972, when the space agency launched Apollo 16, the next-to-last manned mission to the moon. Piloting the spacecraft's command module in orbit while holding the rank of lieutenant commander, he took extensive photos of the moon's terrain and conducted experiments while Cmdr.John W. Young of the Navy and Lt. Col. Charles M. Duke Jr. of the Air Force, having descended in the lunar lander, collected rock and soil samples from highlands near the crater known as Descartes.

While the three astronauts were en route back to Earth, Commander Mattingly stepped outside the spacecraft -- which he had named Casper for the resemblance, as least in a child's eye, between an astronaut in a bulky spacesuit and the cartoon character Casper the Friendly Ghost. Maneuvering along handrails while connected to the spacecraft by a tether, he retrieved two attached canisters of film with photos of the moon that he had taken from inside the capsule for analysis back on Earth. When the Apollo program ended, Commander Mattingly headed the astronaut support office for the shuttle program, designed to ferry astronauts to and from an eventual Earth-orbiting International Space Station. In the summer of 1982, he commanded the fourth and final Earth-orbiting test flight of the shuttle Columbia, which completed 112 orbits. He was also the commander of the first space shuttle flight conducted for the Department of Defense, a classified January 1985 mission aboard Discovery.

All those achievements came after he had been scrubbed at virtually the last moment from the flight of Apollo 13 in April 1970. He was to have orbited the moon in the command module while Cmdr.James A. LovellJr. of the Navy and Fred W. Haise Jr. explored the lunar surface. But NASA removed Commander Mattingly from the crew in the final days before launching, when blood tests determined that he had recently been exposed to German measles from training with Colonel Duke, the backup lunar module pilot, who in turn had contracted it from his proximity to an infected child at a neighborhood party. Commander Mattingly was the only one of the Apollo 13 crewmen who were found to lack antibodies against the illness. His backup, John L. Swigert Jr., became the command module pilot, leaving Commander Mattingly to watch the progress ofthe flight from mission control. [...] After his Apollo and space shuttle flights, Mr. Mattingly continued to work for NASA in the 1980s. He retired from the space agency and the Navy as a rear admiral and went on to work for aerospace companies.

A top scientist has proposed a new way to reconcile the two different ways that our clocks keep time. Meet -- wait for it -- the leap minute. From a report: Later this month, delegations from around the world will head to a conference in Dubai to discuss international treaties involving radio frequencies, satellite coordination and other tricky technical issues. These include the nagging problem of the clocks. For 50 years, the international community has carefully and precariously balanced two different ways of keeping time. One method, based on Earth's rotation, is as old as human timekeeping itself, an ancient and common-sense reliance on the position of the sun and stars. The other, more precise method coaxes a steady, reliable frequency from the changing state of cesium atoms and provides essential regularity for the digital devices that dominate our lives.

The trouble is that the times on these clocks diverge. The astronomical time, called Universal Time, or UT1, has tended to fall a few clicks behind the atomic one, called International Atomic Time, or TAI. So every few years since 1972, the two times have been synced by the insertion of leap seconds -- pausing the atomic clocks briefly to let the astronomic one catch up. This creates UTC, Universal Coordinated Time. But it's hard to forecast precisely when the leap second will be required, and this has created an intensifying headache for technology companies, countries and the world's timekeepers.

"Having to deal with leap seconds drives me crazy," said Judah Levine, head of the Network Synchronization Project in the Time and Frequency Division at the National Institute of Standards and Technology in Boulder, Colo., where he is a leading thinker on coordinating the world's clocks. He is constantly badgered for updates and better solutions, he said: "I get a bazillion emails." On the eve of the next international discussion, Dr. Levine has written a paper that proposes a new solution: the leap minute. The idea is to sync the clocks less frequently, perhaps every half-century, essentially letting atomic time diverge from cosmos-based time for 60 seconds or even a tad longer, and basically forgetting about it in the meantime.