alternative_right shares a report from ScienceAlert: The world's first commercial hybrid of silicon circuitry and human brain cells will soon be available for rent. Marketed for its vast potential in medical research, the biological machine, grown inside a British laboratory, builds on the Pong-playing prototype, DishBrain. Each CL1 computer is formed of 800,000 neurons grown across a silicon chip, and their life-support system. While it can't yet match the mind-blowing capabilities of today's most powerful computers, the system has one very significant advantage: it only consumes a fraction of the energy of comparable technologies.

AI centers now consume countries' worth of energy, whereas a rack of CL1 machines only uses 1,000 watts and is naturally capable of adapting and learning in real time. [...] When neuroscientist Brett Kagan and colleagues pitted their creation against equivalent levels of machine learning algorithms, the cell culture systems outperformed them. Users can send code directly into the synthetically supported system of neurons, which is capable of responding to electrical signals almost instantly. These signals act as bits of information that can be read and acted on by the cells. But perhaps the greatest potential for this biological and synthetic hybrid is as an experimental tool for learning more about our own brains and their abilities, from neuroscience to creativity. The first CL1 units will reportedly ship soon for $35,000 each. Remote access can apparently be rented for $300 per week.

Electric vehicles claimed a dominant 96.9% market share in Norway in June 2025, with the Tesla Model Y alone accounting for over 27% of all new car registrations. Mobility Portal Europe reports: According to the Norwegian Public Roads Administration (OFV), 17,799 new electric cars were registered in Norway in June out of a total of 18,376 new registrations. In this context, electric vehicles (EVs) held a market share of 96.9%. Compared to June 2024 -- when EVs made up 80% of all new registrations -- this technology increased by 3,790 units. In addition, in May 2025, Norway recorded 4,415 new EV registrations.

Last month, only 577 new registrations were for vehicles without fully electric drive systems. Among these were 152 plug-in hybrids (an 83.7% drop compared to June 2024) and 223 other types of hybrids (an 89.1% decline). Over the year, hybrids lost market share, falling from 17% to 2%. Pure combustion engines also further reduced their market presence: 142 new diesel vehicles represented 0.8% of the market share, down from 2% a year earlier, and 57 new petrol vehicles made up 0.3% of the market, compared to 1% in June 2024. "Several campaigns with 0% or very low interest rates on new car purchases significantly boosted sales. The first interest rate cut by Norges Bank helped ensure that many people bought their dream car," said Oyvind Solberg Thorsen, Director of OFV.

"It remained to be seen whether Tesla could maintain its strong position, and for how long."

An anonymous reader quotes a report from Tom's Hardware: Samsung is reportedly delaying the launch of its Taylor, Texas, fab, citing difficulties in securing customers for its output. Sources told Nikkei Asia that even if the South Korean chipmaker brings in the necessary equipment to produce chips at the new plant, the company cannot do anything with them due to the lack of demand. Aside from that, the original planned process node for the Taylor plant is no longer aligned with current demand, highlighting the rapid pace of semiconductor technology.

The chip maker started construction on the Taylor fab in 2022, with an initial investment of $17 billion. By 2024, the company decided to double this to $44 billion, with the addition of another advanced fab and expanded R&D operations. This move is supported by a $6.6-billion CHIPS Act subsidy, which was finalized in December last year, despite multiple delays and setbacks. Samsung C&T, the primary contractor for the Taylor fab, states that construction of the site is progressing. Documents from the company show that the site is almost 92% complete as of March 2024. Work on the site was originally scheduled to finish the following month, but regulatory filings indicate that this was moved to October.

No reason was given for the delay, but multiple sources indicate that it occurred due to a lack of demand. It was initially planned for the Taylor Fab to produce chips for the 4nm process node, but this has since been upgraded to 2nm, to compete with TSMC and Intel. A supply chain executive told the publication that there is little demand for the originally planned 4nm process node at the site. "Local demand for chips isn't particularly strong, and the process nodes Samsung planned several years ago no longer meet with current customer needs," the executive said to Nikkei Asia. "However, overhauling the plant would be a major and costly undertaking, so the company is adopting a wait-and-see approach for now." Although it has already declared its intention to upgrade the site to manufacture the 2nm process node, that is a resource-intensive task in terms of time, effort, and money. Despite the lack of customers, Samsung says it will proceed with opening the Taylor Fab by 2026 -- a necessary move to qualify for CHIPS Act funding and avoid falling behind competitors like TSMC. Delaying further could jeopardize billions already invested in the project.

Two accessory manufacturers have told The Verge that Nintendo has intentionally locked down the Switch 2's USB-C port using a new encryption scheme, preventing compatibility with third-party docks and accessories. "I haven't yet found proof of that encryption chip myself -- but when I analyzed the USB-C PD traffic with a Power-Z tester, I could clearly see the new Nintendo Switch not behaving like a good USB citizen should," writes The Verge's Sean Hollister. From the report: If you've been wondering why there are basically no portable Switch 2 docks on the market, this is the reason. Even Jsaux, the company that built its reputation by beating the Steam Deck dock to market, tells us it's paused its plans to build a Switch 2 dock because of Nintendo's actions. It's not simply because the Switch 2 now requires more voltage, as was previously reported; it's that Nintendo has made things even more difficult this generation.

An anonymous reader shares a report: Lorde [a popular New Zealand singer and songwriter] fans are clearly struggling to play the CD version of her new album. Customers who purchased the special edition of Virgin released on a transparent plastic disc are reporting on Reddit and TikTok that many CD players, car stereos, and other sound systems they've tried are unable to play it.

An anonymous reader quotes a report from TechCrunch: No wonder Google is desperate for more power: The company's data centers more than doubled their electricity use in just four years. The eye-popping stat comes from Google's most recent sustainability report, which it released late last week. In 2024, Google data centers used 30.8 million megawatt-hours of electricity. That's up from 14.4 million megawatt-hours in 2020, the earliest year Google broke out data center consumption. Google has pledged to use only carbon-free sources of electricity to power its operations, a task made more challenging by its breakneck pace of data center growth. And the company's electricity woes are almost entirely a data center problem. In 2024, data centers accounted for 95.8% of the entire company's electron budget.

The company's ratio of data-center-to-everything-else has been remarkably consistent over the last four years. Though 2020 is the earliest year Google has made data center electricity consumption figures available, it's possible to use that ratio to extrapolate back in time. Some quick math reveals that Google's data centers likely used just over 4 million megawatt-hours of electricity in 2014. That's sevenfold growth in just a decade. The tech company has already picked most of the low-hanging fruit by improving the efficiency of its data centers. Those efforts have paid off, and the company is frequently lauded for being at the leading edge. But as the company's power usage effectiveness (PUE) has approached the theoretical ideal of 1.0, progress has slowed. Last year, Google's company-wide PUE dropped to 1.09, a 0.01 improvement over 2023 but only 0.02 better than a decade ago. Yesterday, Google announced a deal to purchase 200 megawatts of future fusion energy from Commonwealth Fusion Systems, despite the energy source not yet existing. "It's a sign of how hungry big tech companies are for a virtually unlimited source of clean power that is still years away," reports CNN.

Laptop Mag, a tech publication that began in 1991 as a print magazine, is shutting down after nearly 35 years. The Verge reports: Laptop Mag has evolved many times over the years. It started as a print publication in 1991, when Bedford Communications launched the Laptop Buyers Guide and Handbook. Laptop Mag was later acquired by TechMedia Network (which is now called Purch) in 2011 and transitioned to digital-only content in 2013. Future PLC, the publisher that owns brands like PC Gamer, Tom's Guide, and TechRadar, acquired Purch -- and Laptop Mag along with it.

"We are incredibly grateful for your dedication, talent, and contributions to Laptop Mag, and we are committed to supporting you throughout this transition," [Faisal Alani, the global brand director at Laptop Mag owner Future PLC] said. Laptop Mag's shutdown follows the closure of long-running tech site AnandTech, which was also owned by Future PLC. It's not clear whether Laptop Mag's archives will be available following the shutdown.

An anonymous reader quotes a report from TechCrunch: After 13 years of deploying robots into its warehouses, Amazon reached a new milestone. The tech behemoth now has 1 million robots in its warehouses, the company announced Monday. This one millionth robot was recently delivered to an Amazon fulfillment facility in Japan. That figure puts Amazon on track to reach another landmark: Its vast network of warehouses may soon have the same number of robots working as people, according to reporting from The Wall Street Journal. The WSJ also reported that 75% of Amazon's global deliveries are now assisted in some way by a robot. Amazon also unveiled a new generative AI model called DeepFleet, built using SageMaker and trained on its own warehouse data, which improves robotic fleet speed by 10% through more efficient route coordination.

Tech enthusiast Matt Cole has created a comprehensive MicroSD card testing database, writing over 18 petabytes of data across nearly 200 cards since July 2023. Cole's "Great MicroSD Card Survey" uses eight machines running 70 card readers around the clock, writing 101 terabytes daily to test authenticity, performance, and endurance.

The 15,000-word report covering over 200 different cards reveals significant quality disparities. Name-brand cards purchased from Amazon performed markedly better than identical models from AliExpress, while cards with "fake flash" -- inflated capacity ratings -- performed significantly worse than authentic storage. Sandisk and Kingston cards averaged 4,634 and 3,555 read/write cycles before first error, respectively, while Lenovo cards averaged just 291 cycles. Some off-brand cards failed after only 27 cycles. Cole tested 51 cards to complete destruction during the endurance testing phase.

India's automakers are opposing the government's proposal to cut car emissions by 33% from 2027, calling the target "too aggressive" in a formal submission to the power ministry.

The Society of Indian Automobile Manufacturers warned the plan risks billions of rupees in penalties and threatens future investments in the $137-billion auto sector. The proposal represents more than twice the pace of India's previous emission reduction target and forms part of the third phase of Corporate Average Fuel Efficiency norms first introduced in 2017. The industry body wants a more gradual 15% reduction target and opposes different standards for small versus heavy vehicles.

alternative_right shares a report from Phys.Org: The unit -- dubbed a BeeHome -- is an industrial upgrade from the standard wooden beehives, all clad in white metal and solar panels. Inside sits a high-tech scanner and robotic arm powered by artificial intelligence. Roughly 300,000 of these units are in use across the U.S., scattered across fields of almond, canola, pistachios and other crops that require pollination to grow. [...] AI and robotics are able to replace "90% of what a beekeeper would do in the field," said Beewise Chief Executive Officer and co-founder Saar Safra. The question is whether beekeepers are willing to switch out what's been tried and true equipment. [...]

While a new hive design alone isn't enough to save bees, Beewise's robotic hives help cut down on losses by providing a near-constant stream of information on colony health in real time -- and give beekeepers the ability to respond to issues. Equipped with a camera and a robotic arm, they're able to regularly snap images of the frames inside the BeeHome, which Safra likened to an MRI. The amount of data they capture is staggering. Each frame contains up to 6,000 cells where bees can, among other things, gestate larvae or store honey and pollen. A hive contains up to 15 frames and a BeeHome can hold up to 10 hives, providing thousands of data points for Beewise's AI to analyze.

While a trained beekeeper can quickly look at a frame and assess its health, AI can do it even faster, as well as take in information on individual bees in the photos. Should AI spot a warning sign, such as a dearth of new larvae or the presence of mites, beekeepers will get an update on an app that a colony requires attention. The company's technology earned it a BloombergNEF Pioneers award earlier this year. "There's other technologies that we've tried that can give us some of those metrics as well, but it's really a look in the rearview mirror," [said Zac Ellis, the senior director of agronomy at OFI, a global food and ingredient seller]. "What really attracted us to Beewise is their ability to not only understand what's happening in that hive, but to actually act on those different metrics."

An anonymous reader quotes a report from The Guardian: Four teams of humanoid robots took each other on in Beijing [on Saturday], in games of three-a-side powered by artificial intelligence. While the modern game has faced accusations of becoming near-robotic in its obsession with tactical perfection, the games in China showed that AI won't be taking Kylian Mbappe's job just yet. Footage of the humanoid kickabout showed the robots struggling to kick the ball or stay upright, performing pratfalls that would have earned their flesh-and-blood counterparts a yellow card for diving. At least two robots were stretchered off after failing to regain their feet after going to ground.

[...] The competition was fought between university teams, which adapted the robots with their own algorithms. In the final match, Tsinghua University's THU Robotics defeated the China Agricultural University's Mountain Sea team with a score of 5-3 to win the championship. One Tsinghua supporter celebrated their victory while also praising the competition. "They [THU] did really well," he said. "But the Mountain Sea team was also impressive. They brought a lot of surprises." Cheng Hao, CEO of Booster Robotics, said he envisions future matches between humans and robots, though he acknowledges current robots still lag behind in performance. He also said safety will need to be a top priority.

You can watch highlights of the match on YouTube.

Google has signed a deal to purchase 200 megawatts of future fusion energy from Commonwealth Fusion Systems, despite the energy source not yet existing. "It's a sign of how hungry big tech companies are for a virtually unlimited source of clean power that is still years away," reports CNN. From the report: Google and Massachusetts-based Commonwealth Fusion Systems announced a deal Monday in which the tech company bought 200 megawatts of power from Commonwealth's first commercial fusion plant, the same amount of energy that could power roughly 200,000 average American homes. Commonwealth aims to build the plant in Virginia by the early 2030s. When it starts generating usable fusion energy is still TBD, though the company believes they can do it in the same timeframe.

Google is also investing a second round of money into Commonwealth to spur development of its demonstration tokamak -- a donut-shaped machine that uses massive magnets and molten plasma to force two atoms to merge, thereby creating the energy of the sun. Google and Commonwealth did not disclose how much money is being invested, but both touted the announcement as a major step toward fusion commercialization. "We're using this purchasing power that we have to send a demand signal to the market for fusion energy and hopefully move (the) technology forward," said Michael Terrell, senior director of energy and climate at Google.

Commonwealth is currently building its demonstration plant in Massachusetts, known as SPARC. It's the tokamak the company says could forever change where the world gets its power from, generating 10 million times more energy than coal or natural gas while producing no planet-warming pollution. Fuel for fusion is abundant, derived from a form of hydrogen found in seawater and tritium extracted from lithium. And unlike nuclear fission, there is no radioactive waste involved. The big challenge is that no one has yet built a machine powerful and precise enough to get more energy out of the reaction than they put into it.

An anonymous reader quotes a report from SecurityWeek: Hundreds of printer models from Brother and other vendors are impacted by potentially serious vulnerabilities discovered by researchers at Rapid7. The cybersecurity firm revealed on Wednesday that its researchers identified eight vulnerabilities affecting multifunction printers made by Brother. The security holes have been found to impact 689 printer, scanner and label maker models from Brother, and some or all of the flaws also affect 46 Fujifilm Business Innovation, five Ricoh, six Konica Minolta, and two Toshiba printers. Overall, millions of enterprise and home printers are believed to be exposed to hacker attacks due to these vulnerabilities.

The most serious of the flaws, tracked as CVE-2024-51978 and with a severity rating of 'critical', can allow a remote and unauthenticated attacker to bypass authentication by obtaining the device's default administrator password. CVE-2024-51978 can be chained with an information disclosure vulnerability tracked as CVE-2024-51977, which can be exploited to obtain a device's serial number. This serial number is needed to generate the default admin password. "This is due to the discovery of the default password generation procedure used by Brother devices," Rapid7 explained. "This procedure transforms a serial number into a default password. Affected devices have their default password set, based on each device's unique serial number, during the manufacturing process."

Having the admin password enables an attacker to reconfigure the device or abuse functionality intended for authenticated users. The remaining vulnerabilities, which have severity ratings of 'medium' and 'high', can be exploited for DoS attacks, forcing the printer to open a TCP connection, obtain the password of a configured external service, trigger a stack overflow, and perform arbitrary HTTP requests. Six of the eight vulnerabilities found by Rapid7 can be exploited without authentication. Brother has patched most of the flaws, but CVE-2024-51978 requires a new manufacturing process to fully resolve, which will apply only to future devices.

The UK government has rejected the 25 billion ($34.39 billion) pound Morocco-UK Power Project, citing a preference for domestic renewable initiatives that offer greater economic and strategic benefits. The project aimed to supply solar and wind energy from the Sahara to power up to seven million UK homes. Reuters reports: "The government has concluded that it is not in the UK national interest at this time to continue further consideration of support for the Morocco-UK Power Project," energy department minister Michael Shanks said in a written statement to parliament. He also said the project did not clearly align strategically with the government's mission to build homegrown power in the UK.

Xlinks' Morocco-UK power project would have tapped Moroccan renewable energy via what would have been the world's longest subsea power cable. The plan involved building 3,800 kilometers (2,361 miles) of high-voltage direct current subsea cables from Morocco to southwest England. The company had been seeking a guaranteed minimum price for the electricity supplied, known as contract for difference, from Britain's government.

An anonymous reader quotes a report from Neuroscience News Science Magazine: Surgeons have performed the first fully robotic heart transplant in the U.S., using advanced robotic tools to avoid opening the chest. [...] Using a surgical robot, lead surgeon Dr. Kenneth Liao and his team made small, precise incisions, eliminating the need to open the chest and break the breast bone. Liao removed the diseased heart, and the new heart was implanted through preperitoneal space, avoiding chest incision.

"Opening the chest and spreading the breastbone can affect wound healing and delay rehabilitation and prolong the patient's recovery, especially in heart transplant patients who take immunosuppressants," said Liao, professor and chief of cardiothoracic transplantation and circulatory support at Baylor College of Medicine and chief of cardiothoracic transplantation and mechanical circulatory support at Baylor St. Luke's Medical Center. "With the robotic approach, we preserve the integrity of the chest wall, which reduces the risk of infection and helps with early mobility, respiratory function and overall recovery."

In addition to less surgical trauma, the clinical benefits of robotic heart transplant surgery include avoiding excessive bleeding from cutting the bone and reducing the need for blood transfusions, which minimizes the risk of developing antibodies against the transplanted heart. Before the transplant surgery, the 45-year-old patient had been hospitalized with advanced heart failure since November 2024 and required multiple mechanical devices to support his heart function. He received a heart transplant in early March 2025 and after heart transplant surgery, he spent a month in the hospital before being discharged home, without complications.

Italian utility A2A and French tech firm Qarnot have launched a data center in Brescia, Italy, that captures waste heat from servers and redirects it to a local district heating system. "The Brescia project is expected to meet the heating needs of more than 1,350 apartments and cut carbon dioxide emissions by 3,500 tons annually -- equivalent to the absorption capacity of over 22,000 trees," reports Reuters. From the report: "The rapid spread of data centers and the growing electrification of consumption require major investments in power grids. But data centers also offer a remarkable opportunity for cities with district heating networks," A2A CEO Renato Mazzoncini said at the inauguration. "In (the Italian region of) Lombardy alone, with projects already in the pipeline, we estimate that 150,000 apartments could be heated this way," Mazzoncini added.

An anonymous reader quotes a report from The Guardian: Swarms of tiny robots, each no larger than a speck of dust, could be deployed to cure stubborn infected sinuses before being blown out through the nose into a tissue, researchers have claimed. The micro-robots are a fraction of the width of a human hair and have been inserted successfully into animal sinuses in pre-clinical trials by researchers at universities in China and Hong Kong. Swarms are injected into the sinus cavity via a duct threaded through the nostril and guided to their target by electromagnetism, where they can be made to heat up and catalyze chemical reactions to wipe out bacterial infections. There are hopes the precisely targeted technology could eventually reduce reliance on antibiotics and other generalized medicines.

[...] The latest breakthrough, based on animal rather than human trials, involves magnetic particles "doped" with copper atoms which clinicians insert with a catheter before guiding to their target under a magnetic field. The swarms can be heated up by reacting to light from an optical fibre that is also inserted into the body as part of the therapy. This allows the micro-robots to loosen up and penetrate viscous pus that forms a barrier to the infection site. The light source also prompts the micro-robots to disrupt bacterial cell walls and release reactive oxygen species that kill the bacteria.

The study, published in Nature Robotics, showed the robots were capable of eradicating bacteria from pig sinuses and could clear infections in live rabbits with "no obvious tissue damage." The researchers have produced a model of how the technology could work on a human being, with the robot swarms being deployed in operating theatre conditions, allowing doctors to see their progress by using X-rays. Future applications could include tackling bacterial infections of the respiratory tract, stomach, intestine, bladder and urethra, they suggested. "Our proposed micro-robotic therapeutic platform offers the advantages of non-invasiveness, minimal resistance, and drug-free intervention," they said.

Google DeepMind has launched Gemini Robotics On-Device, a new language model that enables robots to perform complex tasks locally without internet connectivity. TechCrunch reports: Building on the company's previous Gemini Robotics model that was released in March, Gemini Robotics On-Device can control a robot's movements. Developers can control and fine-tune the model to suit various needs using natural language prompts. In benchmarks, Google claims the model performs at a level close to the cloud-based Gemini Robotics model. The company says it outperforms other on-device models in general benchmarks, though it didn't name those models.

In a demo, the company showed robots running this local model doing things like unzipping bags and folding clothes. Google says that while the model was trained for ALOHA robots, it later adapted it to work on a bi-arm Franka FR3 robot and the Apollo humanoid robot by Apptronik. Google claims the bi-arm Franka FR3 was successful in tackling scenarios and objects it hadn't "seen" before, like doing assembly on an industrial belt. Google DeepMind is also releasing a Gemini Robotics SDK. The company said developers can show robots 50 to 100 demonstrations of tasks to train them on new tasks using these models on the MuJoCo physics simulator.

Ford is moving forward with its $3 billion EV battery plant in Michigan despite political pushback and the potential loss of key U.S. tax credits that make the project financially viable. Axios reports: Ford's argument is that by building batteries using technology licensed from China's leading battery producer, CATL, it is helping to re-shore important manufacturing expertise that was long ago ceded to China. [...] "LFP batteries are produced all around Europe, and the rest of the world," said Lisa Drake, Ford's vice president of technology platform programs and EV systems. "How can we compete if we don't have this technology? Somebody has to take the lead to do this," she said, adding that it will lead to homegrown innovation and the seeding of a domestic supply base. "I'm convinced this is the right thing to do for the United States," she said.

Drake said the tax subsidies are even more important in the face of slower-than-expected EV demand. "When EV adoption slowed, it just became a huge headwind," she said. "The [production tax credit] allows us to keep on this path, and to keep going." "We don't want to back off on scaling, hiring or training in an industry we need to be competitive in the future," she said. "It would be a shame to build these facilities and then have to scale back on the most important part of it, which is the people. These are 1,700 jobs. They don't come along very often."

Consumer tax credits for EV purchases get the most attention, but for manufacturers, the far more lucrative incentives come in the form of production tax credits. Companies could receive a tax credit of $35 per kilowatt-hour for each U.S.-made cell, and another $10 per kilowatt-hour for each battery pack. With an annual production capacity of 20 GWh, Ford's battery plant could potentially receive a $900 million tax credit, offsetting almost one-third of its investment. [...] The Republican-controlled Senate could vote as early as Wednesday on a budget bill that would rewrite language around EV tax credits. A House version of the bill passed last month effectively killed the production tax credits for manufacturers by severely tightening the eligibility requirements. It also specifically prohibited credits for batteries made in the U.S. under a Chinese licensing agreement -- a direct hit on Ford.