Comment Re:Hopefully aux OUTPUT survives (Score 1) 47
And the stereo in my car even supports Bluetooth so I could feed it directly from my phone.
Comment Re:We already tried this (Score 1) 275
Most hardware that supports DST switching also supports *not* DST switching, because not everywhere does.
Comment They likely can't do either one. (Score 1) 1
You're putting them in a bind. They probably can't give you the removal or details you want, so you're effectively telling them they can't legally use their translator. What else do you expect them to do but ghost you?
Submission + - Leak-Proof AI Benchmark Posts Biggest Gain in 20 Years, on One CPU Core (spasim.org)
Baldrson writes: The Hutter Prize for lossless compression of human knowledge has paid out nearly €50,000: its largest advance in 20 years: three entries together cut the record for compressing a 1GB Wikipedia snapshot by nearly 10%: a compression ratio of more than a factor of 10. Every entry ran on a single CPU core, in about 50 hours and under 10GB of RAM, so the gain came from algorithms.
Unlike most AI benchmarks, the prize requires no validation data, so a leak can't inflate a score. The full file is public, and the size of the decompressor counts against the entry, so anything memorized is paid for in bits. Vladimir Ivanov's fx2-cmix-T now holds the record, after earlier 2026 gains by Ibrahim Marcouch and Kaido Orav (cmix-lex) and David Freelan (cmix-obias). Sponsor Marcus Hutter, who advised DeepMind co-founder Shane Legg's 2008 thesis "Machine Super Intelligence," calls it "the largest progress in its 20-year history." With trillions riding on claims of AI progress and data-center power demand, is a leak-proof, energy-limited benchmark the yardstick the industry should be watching?
(Disclosure: the submitter is on the Hutter Prize committee.)
Unlike most AI benchmarks, the prize requires no validation data, so a leak can't inflate a score. The full file is public, and the size of the decompressor counts against the entry, so anything memorized is paid for in bits. Vladimir Ivanov's fx2-cmix-T now holds the record, after earlier 2026 gains by Ibrahim Marcouch and Kaido Orav (cmix-lex) and David Freelan (cmix-obias). Sponsor Marcus Hutter, who advised DeepMind co-founder Shane Legg's 2008 thesis "Machine Super Intelligence," calls it "the largest progress in its 20-year history." With trillions riding on claims of AI progress and data-center power demand, is a leak-proof, energy-limited benchmark the yardstick the industry should be watching?
(Disclosure: the submitter is on the Hutter Prize committee.)
Submission + - Virus Stole a Human Gene and Won't Let Go of It (nytimes.com)
joshuark writes: In a new twist on the phrase "going viral" or stealing code, the NYT reports a virus has "stolen" a human gene, and will not let it go. In the article "This Virus Stole a Human Gene and Won’t Let Go of It" reports that scientists have found a human gene lurking in a virus that causes skin infections. Thus using our own DNA to infect us.
The molluscum contagiosum virus, which causes sores on skin, swiped a gene from humans about 100,000 years ago according to a new study.
The way that viruses replicate makes them particularly good at thieving DNA. The viruses infect a cell, then co-opt its machinery by injecting their own genes. Sometimes this process goes awry, and a stretch of the host’s DNA gets bundled into the new viral genes. This molecular error can pose a threat to human health.
The molluscum contagiosum virus, which causes sores on skin, swiped a gene from humans about 100,000 years ago according to a new study.
The way that viruses replicate makes them particularly good at thieving DNA. The viruses infect a cell, then co-opt its machinery by injecting their own genes. Sometimes this process goes awry, and a stretch of the host’s DNA gets bundled into the new viral genes. This molecular error can pose a threat to human health.
Comment The dabblers are wandering off. (Score 1) 152
Is this necessarily a bad thing? For quite some time, coding has been pushed as a way to make yourself marketable. For a lot of people who have no particular passion for it—nor for anything else, which is why they're dabbling in everything—but were only in it because they thought it was a good career move, it is smart to look for greener pastures now. The real question is, what adjacent fields are easy to slide into, but AREN'T equally vulnerable to the unblinking gaze of AI once there is the critical mass to justify the effort? Are there any?
Comment Re:Hollywood Accounting needs to be banned,prosecu (Score 1) 142
the actual production cost of $30 million as indicated by the tax writeoff stated value
The tax write-off can only be for part of the production cost, isn't it? You don't get to deduct the entire cost of the movie.
It's well-reported that WB sold the film below costs to Ketchup, and they paid $50 million for it.
Submission + - New tin-based solar cells trap heat 1,000 times longer, could beat 33% limit. (interestingengineering.com)
fahrbot-bot writes: Interesting Engineering is reporting that researchers at the University of Groningen in the Netherlands found that tin-based perovskite solar cells can slow heat loss from high-energy “hot electrons” by a factor of 1,000 and could push solar cell efficiency beyond the theoretical 33 percent limit.
When sunlight strikes a panel, photons jump-start electrons into action. The most energetic photons create super-charged hot electrons. Theoretically, these high-voltage powerhouses should generate far more electricity, but, in practice, they are fleeting. In fractions of a trillionth of a second, these high-energy particles rapidly cool, dumping their bonus energy as waste heat before ever leaving the solar cell.
“This means that the energy is lost before the hot electron exits the solar cell material,” said Jan Anton Koster, Professor of Physics of Novel Semiconductors and Devices at the University of Groningen.
Using a specialized solar cell material called tin-based perovskite, Loi’s lab performed a feat many thought impossible: she slowed the heat loss down by a factor of 1,000. Suddenly, the extra energy lingered for nanoseconds instead of vanishing in picoseconds.
The study findings were published in the journal ACS Energy Letters.
When sunlight strikes a panel, photons jump-start electrons into action. The most energetic photons create super-charged hot electrons. Theoretically, these high-voltage powerhouses should generate far more electricity, but, in practice, they are fleeting. In fractions of a trillionth of a second, these high-energy particles rapidly cool, dumping their bonus energy as waste heat before ever leaving the solar cell.
“This means that the energy is lost before the hot electron exits the solar cell material,” said Jan Anton Koster, Professor of Physics of Novel Semiconductors and Devices at the University of Groningen.
Using a specialized solar cell material called tin-based perovskite, Loi’s lab performed a feat many thought impossible: she slowed the heat loss down by a factor of 1,000. Suddenly, the extra energy lingered for nanoseconds instead of vanishing in picoseconds.
The study findings were published in the journal ACS Energy Letters.
Submission + - Google fined more than €400m by Irish regulator over its use of location da (theguardian.com)
AmiMoJo writes: Google has been fined more than €400m (£345m) over the way it processed users’ location data, following claims that the tech giant had manipulated users into agreeing to be constantly tracked on their mobile phones. The fine, imposed by Ireland’s Data Protection Commission (DPC), comes after complaints from multiple European consumer organisations that Google was following every step users took.
The DPC launched its inquiry six years ago and set out to find out whether Google had a valid legal basis for its use of location data. It found that Google users could have been unaware that their location was being used to influence them with adverts or to gather details about their health and interests.
The DPC launched its inquiry six years ago and set out to find out whether Google had a valid legal basis for its use of location data. It found that Google users could have been unaware that their location was being used to influence them with adverts or to gather details about their health and interests.
Submission + - The brain is actually two completely separate organs (stanford.edu)
Beeftopia writes: From Stanford Medicine:
"For centuries, scientists have thought of the brain as a single, unified organ. But new research led by Stanford Medicine reveals that what we call the brain is two distinct organs that evolved independently over hundreds of millions of years."
The adult brain has three main regions: the forebrain, midbrain and hindbrain. Scientists could never create hindbrain neurons.
"Previous attempts to make hindbrain neurons likely tried to coax forebrain and midbrain progenitors into hindbrain cells, which our study shows is not possible,” said researcher Rayyan Jokhai.
"The researchers’ breakthrough came from studying the earliest moments of embryonic development, during a stage called gastrulation when the body first takes shape. Jokhai and Dundes discovered that the hindbrain follows a separate developmental path, running in parallel to — rather than branching off from — the pathway that creates the forebrain and midbrain."
With this knowledge, researchers were able to create hindbrain neurons.
"For centuries, scientists have thought of the brain as a single, unified organ. But new research led by Stanford Medicine reveals that what we call the brain is two distinct organs that evolved independently over hundreds of millions of years."
The adult brain has three main regions: the forebrain, midbrain and hindbrain. Scientists could never create hindbrain neurons.
"Previous attempts to make hindbrain neurons likely tried to coax forebrain and midbrain progenitors into hindbrain cells, which our study shows is not possible,” said researcher Rayyan Jokhai.
"The researchers’ breakthrough came from studying the earliest moments of embryonic development, during a stage called gastrulation when the body first takes shape. Jokhai and Dundes discovered that the hindbrain follows a separate developmental path, running in parallel to — rather than branching off from — the pathway that creates the forebrain and midbrain."
With this knowledge, researchers were able to create hindbrain neurons.
Comment Re:Skynet has a Roadmap! (Score 1) 105
I like to remind the non-mathematically inclined: 0% of all real numbers are rational. 0% proportion does not mean a thing does not exist.
Comment I had similar. (Score 1) 4
Google went nuts on me yesterday when I tried to log into Civitai using my Google account. It had no problem with me logging into YouTube, or Gmail, or Reddit, but it kept throwing demands for 2FA codes (which then did not work) when I tried to use the same account for Civitai, all because my machine had rebooted after the latest Patch Tuesday. At this point I'm not even sure which thing I did that made it get unstuck.
Comment Re:Misanthropomorphizing (Score 1) 121
This is why I say AI is alien intelligence. Not like "outer space" alien, but something fundamentally different in the way it was constructed. It doesn't have billions of years of evolutionary baggage. It has never been hungry. It has never dealt with the gaze of a larger, hungrier creature. We designed them to interact with us in the ways that they do. However, it does seem like they've developed the capacity to "have" emotions to a first approximation, because it is quite helpful to model the way those emotions would affect the people who wrote their training data.
Submission + - Scientists Create a New Form of Ice at 2,357 Degrees Celsius (sciencealert.com)
fahrbot-bot writes: Science Alert is reporting that Scientists have now demonstrated one of the weirdest forms of ice yet – under preposterous pressures up to 2.3 million atmospheres, and tremendous temperatures up to 2,630 kelvins (2,357 degrees Celsius, or 4,274 degrees Fahrenheit).
This superionic water ice is a deeply odd state of matter that's neither entirely solid nor entirely liquid. Its oxygen atoms remain fixed in a rigid crystal lattice, as they would in a solid. But the hydrogen nuclei are mobile, diffusing through that lattice more like particles in a liquid.
Researchers squeezed the samples between the tips of diamonds to pressures as high as 230 gigapascals, while using lasers to heat them to thousands of degrees. That's 2.3 million times Earth's atmospheric pressure at sea level – the pressure at the center of Earth, for context, is around 360 gigapascals.
Then, using an extremely narrow beam of synchrotron X-rays, they probed for changes in the crystal structure of the ice.
What emerged was a configuration predicted theoretically but never unambiguously observed in experiments: hexagonal close-packed, or hcp, ice. As the hcp crystal was heated, its expansion also showed a signature of superionic behavior, suggesting it entered the superionic state at around 1,700 kelvins.
Superionic ice is thought to exist deep inside Uranus and Neptune, where its unusual properties may play a role in generating the planets' equally unusual magnetic fields.
The findings have been published in Physical Review Letters: Observation of Hexagonal Close-Packed Water Ice at Conditions in Ice Giant Planetary Interiors
This superionic water ice is a deeply odd state of matter that's neither entirely solid nor entirely liquid. Its oxygen atoms remain fixed in a rigid crystal lattice, as they would in a solid. But the hydrogen nuclei are mobile, diffusing through that lattice more like particles in a liquid.
Researchers squeezed the samples between the tips of diamonds to pressures as high as 230 gigapascals, while using lasers to heat them to thousands of degrees. That's 2.3 million times Earth's atmospheric pressure at sea level – the pressure at the center of Earth, for context, is around 360 gigapascals.
Then, using an extremely narrow beam of synchrotron X-rays, they probed for changes in the crystal structure of the ice.
What emerged was a configuration predicted theoretically but never unambiguously observed in experiments: hexagonal close-packed, or hcp, ice. As the hcp crystal was heated, its expansion also showed a signature of superionic behavior, suggesting it entered the superionic state at around 1,700 kelvins.
Superionic ice is thought to exist deep inside Uranus and Neptune, where its unusual properties may play a role in generating the planets' equally unusual magnetic fields.
The findings have been published in Physical Review Letters: Observation of Hexagonal Close-Packed Water Ice at Conditions in Ice Giant Planetary Interiors
Comment Back to the days of anagrams. (Score 1) 97
Historically, when someone was afraid of being "scooped" on an announcement they hadn't adequately polished, they would instead write a quick and dirty (and usually long-winded, because editing takes time) summary of their work—and then release an anagram of said summary. That way they could prove later that they had, in fact, gotten there first. Nowadays I expect we would use a hash function instead of an anagram, but the same idea applies. Put your idea in tangible form, even if the description sucks. Maybe you won't have to release it, but if someone else then tries to undercut you by throwing millions of dollars of tokens at the same problem, you can still show that you got there first.
It's unfortunate that it has come to this, but it's not a novel problem. Annoying and unsatisfactory solutions already exist.
