All posts tagged: computing

Cheating just three times massively ups the chance of winning at chess

Cheating just three times massively ups the chance of winning at chess

It isn’t always easy to detect cheating in chess SimpleImages/Getty Just three judiciously deployed cheats can turn an otherwise equal chess game into a near-certain victory, a new analysis shows – and systems designed to crack down on cheating might not notice the foul play. Daniel Keren at the University of Haifa in Israel simulated 100,000 matches using the powerful Stockfish chess engine – a computer system that, at its maximum power, is better at playing chess than any human world champion. The matches were played between two computer engines competing at the level of an average chess player – 1500 on the Elo rating scale typically used to calculate skill level in chess. Half the games were logged without any further intervention, while the other half allowed occasional intervention by a stronger computer chess “player” with an Elo score of 3190 – a higher rating than any human player has ever achieved. Competitors usually have a slim advantage when playing white, with a 51 per cent chance of winning, on average, tied to the …

Trump imposes 25% tariff on imports of some advanced computing chips

Trump imposes 25% tariff on imports of some advanced computing chips

US President Donald Trump on Wednesday (Jan 14) ⁠imposed a 25 per cent tariff on certain advanced computing chips, such as the Nvidia H200 AI processor and a similar semiconductor from AMD called the MI325X, according to a fact sheet released by the White House. The proclamation, which cited national security as a justification, is part of a ‍broader effort to create ⁠incentives for ‍chipmakers to produce more semiconductors in the US and decrease reliance on chip manufacturers in places like Taiwan. “The United States currently ⁠fully manufactures only approximately 10 per cent of the chips it requires, making it heavily reliant on ‍foreign supply chains. This dependence on foreign supply chains is a significant economic and national security risk,” the proclamation said. US President Donald Trump has deployed an array of tariffs aimed at bolstering American manufacturing, announcing in September sweeping new import tariffs, including 100 per cent duties on branded drugs and 25 per cent levies on heavy-duty trucks, triggering fresh trade uncertainty after ‌a period of relative calm. In April, the Trump …

Silicon vibrations add a new twist to dark matter research and quantum computing

Silicon vibrations add a new twist to dark matter research and quantum computing

At Texas A&M University, experimental particle physicist Dr. Rupak Mahapatra spends his days chasing some of the faintest signals in the universe. His lab designs cryogenic semiconductor detectors that listen for dark matter, a substance that makes up much of the cosmos but never shows itself in light. Mahapatra and his collaborators also work with the international TESSERACT Collaboration, which builds detectors so sensitive they can notice energy changes smaller than a third of an electron volt. Their latest work, reported in Applied Physics Letters, now shows that the very silicon used to build these instruments can quietly sabotage that search. Mahapatra compares today’s view of the universe to touching only one part of an elephant. “It’s like trying to describe an elephant by only touching its tail. We sense something massive and complex, but we’re only grasping a tiny part of it.” That missing part includes dark matter and dark energy, which together make up about 95 percent of everything that exists. Dark matter binds galaxies together, while dark energy pushes the universe to …

We’re about to simulate a human brain on a supercomputer

We’re about to simulate a human brain on a supercomputer

Digitally enhanced 3D magnetic resonance imaging (MRI) scan of a human brain K H FUNG/SCIENCE PHOTO LIBRARY What would it mean to simulate a human brain? Today’s most powerful computing systems now contain enough computational firepower to run simulations of billions of neurons, comparable to the sophistication of real brains. We increasingly understand how these neurons are wired together, too, leading to brain simulations that researchers hope will reveal secrets of brain function that were previously hidden. Researchers have long tried to isolate specific parts of the brain, modelling smaller regions with a computer to explain particular brain functions. But “we have never been able to bring them all together into one place, into one larger brain model where we can check whether these ideas are at all consistent”, says Markus Diesmann at the Jülich Research Centre in Germany. “This is now changing.” This is in large part because of the power of today’s most advanced supercomputers, which are now approaching exascale, meaning they can carry out a billion billion operations per second. Only four …

One-sided Josephson junction could transform quantum computing

One-sided Josephson junction could transform quantum computing

At the heart of modern quantum computers lies a deceptively simple structure: the Josephson junction. Traditionally, this device is formed by placing two superconductors on either side of an ultrathin barrier. Despite the separation, superconducting electrons act in unison, allowing current to flow with remarkable precision and no energy loss. This synchronised behaviour underpins today’s most advanced quantum processors and was recognised at the highest level when related advances earned the 2025 Nobel Prize in Physics. Now, an international team of physicists has reported something that challenges the long-standing blueprint. In a new study, researchers provide the first experimental evidence that Josephson junction-like behaviour can emerge even when only one true superconductor is present. A device that shouldn’t work – but does In the new experiment, scientists constructed a layered structure made of superconducting vanadium and ferromagnetic iron, separated by a thin insulating layer of magnesium oxide. According to conventional wisdom, this setup should not behave like a Josephson junction. Iron is not a superconductor, and ferromagnetism usually suppresses the delicate electron pairing required for …

Finally, a computing accessory that both PC enthusiasts and professionals can be excited for

Finally, a computing accessory that both PC enthusiasts and professionals can be excited for

Hyper Follow ZDNET: Add us as a preferred source on Google. Hyper, maker of a wide range of computing accessories, announced a handful of new products today at CES, including the much-anticipated TrackPad Pro, a premium haptic standalone touchpad for Windows that’s wireless. Hyper also announced a USB4 M.2 PCIe enclosure supporting NVMe SSDs and PCIe modules via USB4 at speeds of 64bps in an aluminum enclosure for thermal performance. Also: CES 2026 live blog: Latest news on TVs, AI, phones, more As well as three different solid state power banks with Qi2 wireless charging, up to 10,000 mAh capacity, and FindMy support for some next-gen charging capabilities on MagSafe compatible smartphones. Hands-on with Hyper Trackpad Pro I went hands-on with the TrackPad Pro earlier this year and found it to fill a gap in the market as a premium, highly customizable trackpad for Windows, targeting creatives, programmers, or everyday users who prefer using gestures on either a laptop or desktop.  The result is a device that lacks distinct parallels on the market, particularly at this level of …

AI killed the cloud-first strategy: Why hybrid computing is the only way forward now

AI killed the cloud-first strategy: Why hybrid computing is the only way forward now

John Lund/Photodisc/Getty Images Follow ZDNET: Add us as a preferred source on Google. ZDNET’s key takeaways Cloud-first approaches need to be rethought. AI contributes to escalating cloud costs. A hybrid model assures the best of both worlds. A decade or so ago, the debate between cloud and on-premises computing raged. The cloud handily won that battle, and it wasn’t even close. Now, however, people are rethinking whether the cloud is still their best choice for many situations.  Also: Cloud-native computing is poised to explode, thanks to AI inference work Welcome to the age of AI, in which on-premises computing is starting to look good again. There’s a movement afoot Existing infrastructures now configured with cloud services simply may not be ready for emerging AI demands, a recent analysis from Deloitte warned.  “The infrastructure built for cloud-first strategies can’t handle AI economics,” the report, penned by a team of Deloitte analysts led by Nicholas Merizzi, said.  Also: 5 must-have cloud tools for small businesses in 2025 (and my top 10 money-saving secrets) “Processes designed for human workers don’t …

LG UltraFine Evo 6K 32-inch Monitor Review: More Pixels, Please

LG UltraFine Evo 6K 32-inch Monitor Review: More Pixels, Please

The UltraFine 6K is also a Nano IPS Black display, which is something the Asus model is not. Nano IPS Black is actually a combination of two technologies that improve the image quality of IPS in different ways. Nano IPS enhances color coverage, while IPS Black cranks up the contrast. The combination of the two is pretty spectacular, especially on a monitor this sharp. It covers sRGB and AdobeRGB at a full 100 percent, something I’ve never seen on an IPS monitor before. The color accuracy is also incredibly strong. Right out of the box, I measured the average color error at a Delta-E of 0.62. Anything under 1.0 is considered excellent, even for professional color graders. No further calibration needed here. In terms of brightness, my review unit topped out at 480 nits in standard dynamic range (SDR), which is quite bright. The screen has an anti-reflective, matte coating that deters glare and reflections without dimming the screen too much. This is probably going to bother some people coming from a glossy, older LG …