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An anonymous reader shares a report: OpenAI is paying bonuses to around 1,000 employees on its technical research and engineering teams, or about a third of the company, ranging from the low hundreds of thousands to millions, as the company gears up to release its latest flagship GPT-5 model and faces an ever-rising battle for AI talent, according to a person with knowledge of the bonuses.

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schwit1 shares a report: China's biggest solar firms shed nearly one-third of their workforces last year, company filings show, as one of the industries hand-picked by Beijing to drive economic growth grapples with falling prices and steep losses. The job cuts illustrate the pain from the vicious price wars being fought across Chinese industries, including solar and electric vehicles, as they grapple with overcapacity and tepid demand. The world produces twice as many solar panels each year as it uses, with most of them manufactured in China. Longi Green Energy, Trina Solar, Jinko Solar, JA Solar, and Tongwei, collectively shed some 87,000 staff, or 31% of their workforces on average last year, according to a Reuters review of employment figures in public filings.

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Digital Foundry, the gaming hardware analysis publication known for its technical console breakdowns, has separated from IGN ownership as of today, with founder Richard Leadbetter purchasing the outlet and its complete archives. Leadbetter, who retained 50% ownership since selling half to Eurogamer in 2015, acquired an additional 25 percent from IGN while investor Rupert Loman, Eurogamer's original co-founder, purchased the remaining quarter. The five-person team will operate independently, maintaining its YouTube channel with 1.5 million subscribers and Patreon support generating approximately $200,000 annually. The publication plans to develop a full website for its written content and expand coverage while keeping most content free.

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President Trump on Thursday called on Intel's CEO to resign because of his past ties to China, the latest challenge for the troubled chip maker. From a report: "The CEO of INTEL is highly CONFLICTED and must resign, immediately. There is no other solution to this problem," Trump wrote in a post on Truth Social Thursday. The president appeared to be referencing Intel CEO Lip-Bu Tan's past business dealings in China, which Sen. Tom Cotton (R., Ark.) called out in a letter to the company's board earlier this week. On Tuesday, Cotton wrote an open letter to Intel's board questioning Tan's ties to the Chinese government, including apparent connections to the country's military and investments in other semiconductor companies. "The new CEO of @intel reportedly has deep ties to the Chinese Communists," Cotton wrote in a post on X accompanying the letter. "U.S. companies who receive government grants should be responsible stewards of taxpayer dollars and adhere to strict security regulations. The board of @Intel owes Congress an explanation."

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Electronic Arts faces a familiar challenge as it prepares to launch Battlefield 6 on October 10: breaking its dependence on the FIFA franchise, now called EA Sports FC, which drives roughly 70% of company profits despite disappointing sales this year. The company has poured unprecedented resources into Battlefield 6, treating it as a platform built for user-generated content rather than a traditional game release. Early signs appear promising -- the trailer hit nearly 5 million YouTube views in a week and shares climbed 5% after beta testing began -- but analysts remain cautious after last year's Dragon Age flop gutted subsidiary BioWare.

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BrianFagioli shares a report from NERDS.xyz: PCI-SIG says PCI Express 8.0 will hit a raw bit rate of 256.0 GT/s, doubling what PCIe 7.0 offers. The spec is expected to be ready by 2028, and the goal is to support massive data loads from AI, machine learning, edge computing, and even quantum systems. The group says PCIe 8.0 will allow up to 1 terabyte per second of bidirectional throughput with a full x16 configuration. They're also looking at new connector designs, improving protocol efficiency, reducing power use, and maintaining backward compatibility.

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alternative_right shares a report from Phys.org: Three nano-glass spheres cling to one another. They form a tower-like cluster, similar to when you pile three scoops of ice cream on top of one another -- only much smaller. The diameter of the nano cluster is ten times smaller than that of a human hair. With the help of an optical device and laser beams, researchers at ETH Zurich have succeeded in keeping such objects almost completely motionless in levitation. This is significant when it comes to the future development of quantum sensors, which, together with quantum computers, constitute the most promising applications of quantum research. As part of their levitation experiment, the researchers, led by adjunct professor of photonics Martin Frimmer, were able to eliminate the gravitational force acting on the glass spheres. However, the elongated nano object still trembled, similar to how the needle on a compass moves when settling into position. In the case of the nano cluster, the trembling motion was very fast but weak: the object made around one million deflections per second, each measuring only a few thousandths of a degree. This tiny rotational oscillation is a fundamental quantum motion exhibited by all objects, which physicists call zero-point fluctuation. To date, no one has been successful in detecting these tiny movements for an object of this size as precisely as the ETH researchers have now done. They achieved this because they were able to largely eliminate all motions that originate from the field of classical physics and obscure the observation of quantum movements. The ETH researchers attribute 92% of the cluster's movements in their experiment to quantum physics and 8% to classical physics; they therefore refer to a high level of quantum purity. And the records do not stop there: The researchers accomplished all of this at room temperature. Quantum researchers usually have to cool their objects to a temperature close to absolute zero (-273 degrees Celsius) using special equipment. This was not required here. The research has been published in the journal Nature Physics.

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