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AI weather models show real gains on cyclone tracks — but intensity and uncertainty remain concernsNew model suggests debunking and attention limits shape how disinformation spreads online — in complex, sometimes counterintuitive waysInfrared video of '480 mph' objects shows brightness flicker like bird wingbeats, study finds — but more data neededQICK Box: A modular RF front end aims to simplify and speed quantum control — cautiously promising early resultsNonlocal metalenses push phased-array beams closer to diffraction limits, study findsLevitated nanosphere on a fiber: a tiny force sensor scans a metal membrane with zeptonewton sensitivityNew computational scheme aims to tame hidden magnetic defects in ITER plasmasHierarchical eigenmode expansion speeds up simulations for millimeter-scale integrated Bragg gratingsRoom‑temperature sputtered oxide gate helps AlGaN transistors push past 2.5 kV, but questions remainTheory-backed correction could reduce pulse oximeter bias from skin pigmentation — early, cautious resultsAI weather models show real gains on cyclone tracks — but intensity and uncertainty remain concernsNew model suggests debunking and attention limits shape how disinformation spreads online — in complex, sometimes counterintuitive waysInfrared video of '480 mph' objects shows brightness flicker like bird wingbeats, study finds — but more data neededQICK Box: A modular RF front end aims to simplify and speed quantum control — cautiously promising early resultsNonlocal metalenses push phased-array beams closer to diffraction limits, study findsLevitated nanosphere on a fiber: a tiny force sensor scans a metal membrane with zeptonewton sensitivityNew computational scheme aims to tame hidden magnetic defects in ITER plasmasHierarchical eigenmode expansion speeds up simulations for millimeter-scale integrated Bragg gratingsRoom‑temperature sputtered oxide gate helps AlGaN transistors push past 2.5 kV, but questions remainTheory-backed correction could reduce pulse oximeter bias from skin pigmentation — early, cautious results

Today's Briefing

Sunday, October 18, 2026
AllArtificial IntelligenceMachine LearningNatural Language ProcessingComputer VisionRoboticsCryptographyPhysicsMathematics
Machine LearningFeatured briefing

AI weather models show real gains on cyclone tracks — but intensity and uncertainty remain concerns

A new benchmark study finds that the latest probabilistic AI weather models can improve where they think tropical cyclones will go, even whi

October 17, 2026EN2 min read
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Latest Research

Physics
October 13, 2026

New model suggests debunking and attention limits shape how disinformation spreads online — in complex, sometimes counterintuitive ways

Researchers have proposed a new computational model that teases apart three features that make online disinformation cascades different from

EN
2 min read
Physics
October 8, 2026

Infrared video of '480 mph' objects shows brightness flicker like bird wingbeats, study finds — but more data needed

In September 2026 the U.S. Department of War released a heavily redacted infrared (IR) video recorded from a military aircraft over the Midd

EN
2 min read
Physics
October 6, 2026

QICK Box: A modular RF front end aims to simplify and speed quantum control — cautiously promising early results

Researchers have published a white paper describing the QICK Box, a modular radio‑frequency front‑end system designed to drive and read out

EN
2 min read
Physics
September 26, 2026

Nonlocal metalenses push phased-array beams closer to diffraction limits, study finds

Phased-array antennas steer beams by adjusting the phase of many radiating elements. But physics places a hard ceiling on how narrowly and h

EN
2 min read
Physics
September 26, 2026

Levitated nanosphere on a fiber: a tiny force sensor scans a metal membrane with zeptonewton sensitivity

Researchers report a compact, fiber-based platform that traps and scans optically levitated nanoparticles within microns of a metal-coated m

EN
2 min read
Physics
September 26, 2026

New computational scheme aims to tame hidden magnetic defects in ITER plasmas

A new computational approach could help reduce subtle but damaging magnetic imperfections in tokamak reactors such as ITER, according to a r

EN
2 min read
Physics
September 26, 2026

Hierarchical eigenmode expansion speeds up simulations for millimeter-scale integrated Bragg gratings

A new computational strategy promises to make it far easier and faster to model long, complex Bragg gratings on silicon photonic chips. In a

EN
2 min read
Physics
September 26, 2026

Room‑temperature sputtered oxide gate helps AlGaN transistors push past 2.5 kV, but questions remain

A team of researchers reports a promising approach to making ultra‑wide bandgap (UWBG) AlGaN transistors more robust against high voltage st

EN
2 min read
Physics
September 26, 2026

Theory-backed correction could reduce pulse oximeter bias from skin pigmentation — early, cautious results

Pulse oximeters — the small clips placed on a fingertip to estimate blood oxygen saturation — are widely used in medicine and at home. But m

EN
2 min read
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