Computational point-of-care sensors can significantly improve access to diagnostics by enabling rapid patient testing outside ...
Researchers developed a physics-aware AI that cuts optical material design time by 90%, accelerating photonics and quantum ...
Autonomous AI models can bring specialist-level retinal screening to clinics worldwide, aiding the diagnosis of diabetic ...
As the war in Ukraine continues to drive rapid military innovation, Russian forces appear to be experimenting with a new and unusual form of battlefield camouflage: “dazzle paint” applied to military ...
Morning Overview on MSN
An AI sifter called RAVEN just pulled 10,000 candidate exoplanets out of old NASA TESS data — confirming 100+ new worlds and 31 nobody had spotted before
A machine-learning pipeline built at the University of Warwick has sifted through roughly four years of archived NASA TESS ...
Daniel Whiteson reflects on a career in particle physics at ATLAS, and on building a parallel path in science communication ...
Interesting Engineering on MSN
GTRI sends next-gen satellite polymers on ISS in MISS-22 and gets them back for lab tests
For decades, spacecraft designers have worked with an uncomfortable gap in their knowledge. Labs ...
This summer, global sport’s biggest event is coming to America. Part of what makes the World Cup so special is the storylines ...
Eindhoven’s Invisix has raised a €20M seed round to bring soft x-ray metrology, rooted in Nobel-winning physics, to high-volume chip manufacturing.
In New York’s Hudson Valley, the artist Anicka Yi has erected columns bursting with mercurial microbial life, in hues of acid green and coffee, arranged like an archaeological dig at Storm King Art ...
Professor Chad Mirkin demonstrated that a high-speed materials platform could generate massive data to fuel AI-driven ...
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