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Electric Car Sales Keep Increasing in California, Despite 'Negative Hype'

✇Slashdot
EditorDavid
This week the Washington Post reported that Americans "are more hesitant to buy EVs now than they were a year ago, according to a March Gallup poll, which found that just 44 percent of American adults say they'd consider buying an EV in the future, down from 55 percent last year. High prices and charging worries consistently rank as the biggest roadblocks for electric vehicles," they write, noting the concerns coincide with a slowdown in electric car and truck sales, while hybrids are increasing their market share. But something else happened this week. The chair of California's Air Resource Board and the chair of the state's Energy Commission teamed up for an op-ed piece arguing that "despite negative hype," electric cars are their state's future: When California's electric vehicle sales dipped at the end of last year, critics predicted the start of a new downward trend that would doom the industry and the state's broader effort to clean up the transportation sector, the single largest source of greenhouse gases and air pollution. But the latest numbers show that's not the case. Californians purchased 108,372 new zero-emission vehicles in the first three months of 2024 — nearly 7,000 more than the same time last year and the highest-ever first-quarter sales. Today, one in four new cars sold in the Golden State is electric, up from just 8% in 2020... California is now home to 56 manufacturers of zero-emission vehicles and related products, making our state a hub for cutting-edge automotive technology. Soon even raw materials will be sourced in-state, paving the way for domestic battery production... Challenges persist, and chief among them is the need for more widely available charging options. Many more charging stations need to be built as fast as possible to keep up with EV adoption. To address this, California is investing $4 billion over six years to rapidly build out the EV refueling network, on top of billions in investment by utilities. Equally essential is improved reliability of the EV charging network. Too many drivers today encounter faulty charging stations, which is why the California Energy Commission is developing the strongest charging reliability standards in the country and will require companies to be transparent with the public about their performance. They also point out that California "now boasts more EV chargers in the state than gasoline nozzles." And that it's become the first U.S. state whose best-selling car is electric.

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World's First Bioprocessor Uses 16 Human Brain Organoids, Consumes Less Power

✇Slashdot
EditorDavid
"A Swiss biocomputing startup has launched an online platform that provides remote access to 16 human brain organoids," reports Tom's Hardware: FinalSpark claims its Neuroplatform is the world's first online platform delivering access to biological neurons in vitro. Moreover, bioprocessors like this "consume a million times less power than traditional digital processors," the company says. FinalSpark says its Neuroplatform is capable of learning and processing information, and due to its low power consumption, it could reduce the environmental impacts of computing. In a recent research paper about its developments, FinalSpakr claims that training a single LLM like GPT-3 required approximately 10GWh — about 6,000 times greater energy consumption than the average European citizen uses in a whole year. Such energy expenditure could be massively cut following the successful deployment of bioprocessors. The operation of the Neuroplatform currently relies on an architecture that can be classified as wetware: the mixing of hardware, software, and biology. The main innovation delivered by the Neuroplatform is through the use of four Multi-Electrode Arrays (MEAs) housing the living tissue — organoids, which are 3D cell masses of brain tissue...interfaced by eight electrodes used for both stimulation and recording... FinalSpark has given access to its remote computing platform to nine institutions to help spur bioprocessing research and development. With such institutions' collaboration, it hopes to create the world's first living processor. FinalSpark was founded in 2014, according to Wikipedia's page on wetware computing. "While a wetware computer is still largely conceptual, there has been limited success with construction and prototyping, which has acted as a proof of the concept's realistic application to computing in the future." Thanks to long-time Slashdot reader Artem S. Tashkinov for sharing the article.

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How an Apple AirTag Helped Police Recover 15,000 Stolen Power Tools

✇Slashdot
EditorDavid
An anonymous reader shared this report from the Washington Post: Twice before, this Virginia carpenter had awoken in the predawn to start his work day only to find one of his vans broken into. Tools he depends on for a living had been stolen, and there was little hope of retrieving them. Determined to shut down thieves, he said, he bought a bunch of Apple AirTags and hid the locator devices in some of his larger tools that hadn't been pilfered. Next time, he figured, he would track them. It worked. On Jan. 22, after a third break-in and theft, the carpenter said, he drove around D.C.'s Maryland suburbs for hours, following an intermittent blip on his iPhone, until he arrived at a storage facility in Howard County. He called police, who got a search warrant, and what they found in the locker was far more than just one contractor's nail guns and miter saws. The storage unit, stuffed with purloined power tools, led detectives to similar caches in other places in the next four months — 12 locations in all, 11 of them in Howard County — and the recovery of about 15,000 saws, drills, sanders, grinders, generators, batteries, air compressors and other portable (meaning easily stealable) construction equipment worth an estimated $3 million to $5 million, authorities said. Some were stolen as long ago as 2014, a police spokesperson told the Washington Post, coming from "hundreds if not thousands" of victims...

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HP's MicroLED Monitors Stack Together Like Legos

✇Slashdot
BeauHD
An anonymous reader quotes a report from Digital Trends: HP researchers have published a paper detailing a new modular monitor design they call "composable microLED monitors." Using advancing microLED tech to make smaller screens with no bezels, they imagine a Lego-like system that allows customers to buy different monitor modules and slot them together at home. In the paper, diagrams show "core units" with a direct connection to the host computer being expanded both horizontally and vertically with multiple extensions. The idea is that by choosing from flat or curved extension pieces and connecting them to the core unit, you can make a monitor in whatever size or shape you want. To keep assembly simple and effective, the design uses jigsaw-like connections alongside magnets to ensure each module automatically aligns correctly. And to prevent the number of possible configurations from getting out of hand, the design only allows extensions to attach to the sides or bottom of the square-shaped core unit. Once your strangely shaped monitor is complete, you would be able to choose how your operating system treats each part -- either as an extension of the core unit or as a separate screen. These settings would be controlled with physical switches on the modules that you could change whenever you wanted. As for the sizes of the modules, HP proposes a range of different possibilities, some more complicated than others. In an ideal situation, customers would be able to choose from either flat or curved core units and add flat or curved extensions of varying sizes. If that proved too difficult, curved monitor elements could be taken out of the picture completely, and customers would just add flat extensions to a flat core unit. As cool as this all sounds, there is a glaring problem -- how would the seams between each module look? Thanks to the bezel-less design, there at least wouldn't be a thick black divider between each part. However, a thin line or visible distortion would be inevitable. One approach HP proposes is minimizing the gap between each panel as much as possible and just accepting the thin line it creates. Alternatives include complicated techniques to disguise the joints using hardware or software solutions that modify the display of edge pixels to minimize visual joints. HP would have to find a balance between technical viability, cost, and customer feedback to determine the best overall solution.

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#Flock : L’IA partout, pour tous

✇Next.ink
Flock
Tousse tousse

Salut ami lecteur !

J’ai fait des références aux dernières actualités PARTOUT dans cette BD et POUR TOUS

celle-ci forcément, celle-là, celle-là, celle-ci, celle-là, celle-ci, et j’en passe.

Désolé pour ce déluge de liens d’un air machinal, je ne voudrais pas qu’on me confonde avec une bécane, svp.

Bon weekend à tous !

.


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Les prix des GPU AMD, Intel et NVIDIA semaine 22-2024 : Cela bouge, mais que chez les verts

✇CowcotLand news

Même à Taïwan, nous vous parlons des prix des cartes graphiques. Autant le dire tout de suite, chez AMD nous n'avons pas un seul changement. Chez Intel, il en va de même... Il y a donc uniquement chez NVIDIA que les prix bougent, mais bon, vous allez le voir, ce n'est pas non plus miraculeux. Déjà la 4060 passe au moins cher, avec un tarif de 294,90 euros cette semaine. […]

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Les vidéos hardware de la semaine 22-2024 : Du boitier, du boitier et du boitier

✇CowcotLand news

Cette semaine, trois vidéos et toutes sur des boitiers PC. Nous avons commencé avec le Thermaltake The Tower 300, un boitier Micro ATX tout en hauteur. Ensuite, on a parlé du SILVERSTONE SUGO 17, un boitier ITX/Micro ATX. Enfin, on a enchainé sur le LIAN LI SUP01 , un énorme boitier, tout en hauteur également, mais pour les grosses CM et les grosses CG. […]

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Journalists 'Deeply Troubled' By OpenAI's Content Deals With Vox, The Atlantic

✇Slashdot
BeauHD
Benj Edwards and Ashley Belanger reports via Ars Technica: On Wednesday, Axios broke the news that OpenAI had signed deals with The Atlantic and Vox Media that will allow the ChatGPT maker to license their editorial content to further train its language models. But some of the publications' writers -- and the unions that represent them -- were surprised by the announcements and aren't happy about it. Already, two unions have released statements expressing "alarm" and "concern." "The unionized members of The Atlantic Editorial and Business and Technology units are deeply troubled by the opaque agreement The Atlantic has made with OpenAI," reads a statement from the Atlantic union. "And especially by management's complete lack of transparency about what the agreement entails and how it will affect our work." The Vox Union -- which represents The Verge, SB Nation, and Vulture, among other publications -- reacted in similar fashion, writing in a statement, "Today, members of the Vox Media Union ... were informed without warning that Vox Media entered into a 'strategic content and product partnership' with OpenAI. As both journalists and workers, we have serious concerns about this partnership, which we believe could adversely impact members of our union, not to mention the well-documented ethical and environmental concerns surrounding the use of generative AI." [...] News of the deals took both journalists and unions by surprise. On X, Vox reporter Kelsey Piper, who recently penned an expose about OpenAI's restrictive non-disclosure agreements that prompted a change in policy from the company, wrote, "I'm very frustrated they announced this without consulting their writers, but I have very strong assurances in writing from our editor in chief that they want more coverage like the last two weeks and will never interfere in it. If that's false I'll quit.." Journalists also reacted to news of the deals through the publications themselves. On Wednesday, The Atlantic Senior Editor Damon Beres wrote a piece titled "A Devil's Bargain With OpenAI," in which he expressed skepticism about the partnership, likening it to making a deal with the devil that may backfire. He highlighted concerns about AI's use of copyrighted material without permission and its potential to spread disinformation at a time when publications have seen a recent string of layoffs. He drew parallels to the pursuit of audiences on social media leading to clickbait and SEO tactics that degraded media quality. While acknowledging the financial benefits and potential reach, Beres cautioned against relying on inaccurate, opaque AI models and questioned the implications of journalism companies being complicit in potentially destroying the internet as we know it, even as they try to be part of the solution by partnering with OpenAI. Similarly, over at Vox, Editorial Director Bryan Walsh penned a piece titled, "This article is OpenAI training data," in which he expresses apprehension about the licensing deal, drawing parallels between the relentless pursuit of data by AI companies and the classic AI thought experiment of Bostrom's "paperclip maximizer," cautioning that the single-minded focus on market share and profits could ultimately destroy the ecosystem AI companies rely on for training data. He worries that the growth of AI chatbots and generative AI search products might lead to a significant decline in search engine traffic to publishers, potentially threatening the livelihoods of content creators and the richness of the Internet itself.

Read more of this story at Slashdot.

'Planetary Parade' Will See Six Planets Line Up In the Morning Sky

✇Slashdot
BeauHD
On June 3, a "planet parade" of six planets -- Jupiter, Mercury, Uranus, Mars, Neptune and Saturn -- will form a straight line through the pre-dawn sky. Astronomy.com reports: Some 20 minutes before sunrise, all six planets should be visible, though note that Uranus (magnitude 5.9) and Neptune (magnitude 7.8) will be too faint for naked-eye observing and, although they're present in the lineup, will need binoculars or a telescope to spot. But Jupiter (magnitude -2), Mercury (magnitude -1), Mars (magnitude 1), and Saturn (magnitude 1) will all stand out clearly to the naked eye in a line spanning some 73 degrees on the sky. What's more, a delicate waning crescent Moon is crashing the party as well, standing just to the lower left of Mars. Note, however, that our Moon is not perfectly in line -- that's because Luna's orbit is tilted some 5 degrees with respect to the ecliptic. The next morning, June 4, the crescent Moon does a little better, falling more closely in line a bit farther from Mars. But now Mercury has stepped out of place and stands to Jupiter's lower right (south) as the two planets reach a close conjunction just 7 degrees apart -- not to be missed, especially in binoculars or telescopes! By June 5, Mercury lies to Jupiter's lower left, replacing the gas giant as the easternmost point in the planetary lineup. And the nearly New Moon (just 2 percent lit) stands above the pair. As June progresses, Mercury quickly ducks out of view, passing close to the Sun before reappearing in the evening sky and leaving us with only five planets in the pre-dawn sky. But those planets continue to form a nice, clean line, stretching nearly 80 degrees from Jupiter to Saturn (with Uranus, Mars, and Neptune in between) by June 30. On this morning, the Moon as rejoined the line, once again a delicate waning crescent about 33 percent lit, hanging perfectly in place to Mars' upper right.

Read more of this story at Slashdot.

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