A subtle twist between atomically thin magnetic layers can generate unexpectedly large and complex spin structures.

Now, Takahito Iida at the University of Osaka has proposed a new energy-harvesting technology that uses gyroscopic flywheel system that can be tuned to absorb energy efficiently over a broad range of ...

Today, we know a lot about distance work and how to make it work. Thirty years of federally funded research brought ...

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Provided content. One ball on a Plinko board is unpredictable. Drop a thousand and they form a near-perfect bell curve—one of math’s most powerful ideas for 150+ years.

OpenStar Technologies, a New Zealand-based fusion energy startup, has trapped plasma inside a levitated superconducting magnet, a feat that no company or laboratory had previously achieved with ...

Casimir cavities are mysterious spaces between microscopic metal plates in a vacuum. Areas of diminished energy between the ...

UC Santa Cruz's Innovation Catalyst Proof-of-Concept Program helps move cutting-edge research from the lab out into the world for societal impact.

Ford’s push to develop affordable EVs is also a fight against physics itself. Every bit of inefficiency caused by drag robs you of range. At higher speeds, drag becomes even more of a hindrance. If ...

From “research isn’t for me” to designing gamma-ray detectors and studying in Japan—Lincoln Potts turned one small yes into a ...

With just a transistor and sensor coil, a new DIY motor achieves continuous motion without complex external electronics.