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hackingbear shares a report from Bloomberg: Top U.S. chip-equipment supplier Applied Materials was sued by a rival in China over alleged trade secret theft, a further escalation in the technology war between the world's two largest economies. Beijing E-Town Semiconductor Technology Co. filed a lawsuit with the Beijing Intellectual Property Court against Applied Materials, according to a company statement (PDF) to the Shanghai Stock Exchange. The Chinese chip-gear maker alleged that the Santa Clara, California-based company illegally obtained, used and revealed its core technologies related to the application of plasma source in treating the surface of wafers, the statement said. The court has filed the case but has not begun a trial, E-Town added. Applied Materials earlier hired two employees from E-Town's fully owned US subsidiary, Mattson, and they were privy to the Beijing company's proprietary plasma technologies, the filing said. Applied Materials filed a patent application crediting the duo as inventors with the National Intellectual Property Administration in China after the two joined the Santa Clara company, the Beijing firm said, alleging that the content revealed trade secrets co-owned by E-Town and Mattson. "The patent application violated the rules of China's Anti-Unfair Competition Law, and it infringes on trade secrets, and has caused significant damage to the plaintiff's intellectual property and economic interests,â E-Town said in the filing, adding that Applied Materials is also suspected of marketing and selling the technologies involved in the case to Chinese customers. E-Town is asking the court to demand that Applied Materials stop using its trade secrets and destroy related materials. It's also seeking about 100 million yuan ($13.9 million) in recompense for damage.

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Government: 'Trust us, it'll be different this time'

Feature The UK government has gone all-in on AI. More than 50 years after Harold Wilson gave his famous "White heat of technology" speech, this is the hot new thing. An AI Strategy has been released. Datacenters are planned. Steps to strengthen AI supply chains are being formulated. And of course, the public sector will lead by example in AI usage.…

System prompt engineering turns benign AI assistants into 'investigator' and 'detective' roles that bypass privacy guardrails

A team of boffins is warning that AI chatbots built on large language models (LLM) can be tuned into malicious agents to autonomously harvest users’ personal data, even by attackers with "minimal technical expertise”, thanks to "system prompt" customization tools from OpenAI and others.…

Somebody built a very sick network in the bowels of a hospital

On Call Few make it to Friday without some end-of-week blues, which The Register always treats with a fresh dose of On Call – the reader-contributed column that recounts your stories of tech support contusions.…

alternative_right shares a report from ScienceAlert: In February 2023, a detector called KM3NeT, located deep under the Mediterranean Sea, picked up a signal that seemed to indicate a neutrino with a record-shattering energy of 220 petaelectronvolts (PeV). For reference, the previous record was a mere 10 PeV. Now, an exhaustive analysis of all the data on and around the event, designated KM3-230213A, not only supports the conclusions that the signal was caused by a 220-PeV neutrino, but adds to the mystery about where the heck in the Universe it came from."The patterns of light detected for KM3-230213A show a clear match to what is expected from a relativistic particle crossing the detector, most likely a muon, ruling out the possibility of a glitch," the KM3NeT Collaboration told ScienceAlert. "Thanks to the reconstructed energy and direction of this muon, the most likely scenario by far is that the muon originated in the interaction of an astrophysical neutrino in proximity to the detector, making it the most natural explanation." The scientists believe that it's very, very unlikely that the neutrino originated within the Milky Way galaxy. Work is underway to come closer to tracing its origin point. "KM3-230213A opened a new window on ultra-high-energy neutrino astronomy," the Collaboration said. "Our analysis is the first effort to combine the observations of multiple telescopes over a wide energy range to characterize the ultra-high-energy spectrum. This represents our best chance to gain knowledge on the most extreme objects that populate our Universe." The research has been published in the journal Physical Review X.

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As £9 billion MoU sparks debate about value for money, it's time to have your say

Register debate series It's a lot of money, £9 billion ($12 billion). Especially for a government which finds itself — for whatever reason — in a fiscal dead end.…

Next: Modular datacenters ready to host rack-scale systems, to meet endless demand

Manufacturer to the stars Foxconn is building so many AI servers that they’re now bringing in more cash than consumer electronics – even counting the colossal quantity of iPhones it creates for Apple.…