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A Two-Day AI Training Step Could Push Non-Invasive Glucose Monitoring Beyond One-Size-Fits-All
A new peer-reviewed study explores a personalized approach to wearable glucose sensing, combining short-term calibration with longer-term non-invasive monitoring.
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ESA Chooses OVHcloud and CGI for Earth-Observation Data Infrastructure
A new Earth-observation infrastructure contract shifts attention from satellites to the systems that make their measurements searchable, usable and reproducible.
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Enceladus Moves Up the Life-Search List as New Studies Strengthen the Case for Habitability
Two Science Advances papers show an Earth methanogen growing in Enceladus-like chemistry while Cassini data suggest the moon’s ice grains may naturally concentrate ocean material, potentially improving future searches for biosignatures.
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Google Sends AI Chips Into Orbit as Project Suncatcher Tests a New Frontier for Computing
Google is preparing its first in-orbit test of Tensor Processing Units, turning the idea of space-based AI infrastructure from a paper exercise into a hardware experiment while leaving formidable questions about heat, networking, cost and orbital sustainability unanswered.
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Hafnia’s Hidden Switch: Science Study Finds Intrinsic Antiferroelectricity in a Mainstay Chip Material
A new peer-reviewed study reports that hafnium oxide can sustain intrinsic antiferroelectric order at the two-dimensional limit, a result that could sharpen research into denser memory, compact energy storage and solid-state cooling while leaving major manufacturing questions unresolved. Illustrative image…
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Singapore’s Lutetium Clock Pushes Timekeeping to the 19th Digit
A Nature study from the National University of Singapore reports an optical atomic clock with record-low uncertainty, sharpening the race to redefine the second and turn precision time into a tool for physics and geodesy.
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Microsoft Puts Majorana 2 in DARPA’s Hands as Quantum Claims Face Their Hardest Test
A new Maryland research center gives U.S. evaluators direct access to Microsoft’s topological-quantum hardware, turning a contested roadmap into a high-stakes independent test of whether the technology can reach useful scale.
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Aikido’s Altar Brings Cybersecurity AI Behind the Firewall
Belgian cybersecurity firm Aikido has released Altar, a compressed open-weight model built for local and air-gapped deployment, betting that enterprises will trade some general-purpose scale for tighter control of source code, vulnerability findings and security data.
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China’s CXMT Pushes Fifth-Generation DRAM Into Mass Production, Raising the Stakes in the Memory Race
The Hefei chipmaker says its new G5 platform reaches an 11.95-nanometre active-area half-pitch and lifts gross die output per wafer by at least 50%, a manufacturing milestone that could sharpen competition with Samsung, SK hynix and Micron while testing the…
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Stanford’s Xenocortical Mice Open New Window on Human Brain Disease
A peer-reviewed Nature study shows lab-grown human cortical tissue can occupy most of a mouse’s cortical compartment, form working neural circuits and model injury—while researchers stress the system remains an experimental tool with major ethical and biological limits.
