Researchers tuned the laser across more than 900 megahertz, repeating those adjustments up to one million times per second.
Magnetic waves inside a quantum material can hold onto their energy far longer than scientists expected, potentially opening ...
Varying the pulse energy of a 355-nanometre picosecond laser drives niobium–titanium multilayer thin films through a ...
TRUMPF has unveiled the new TruLaser Weld 3000, a compact robotic laser welding cell with AI-assisted programming. It can be ...
UC San Diego researchers demonstrate optical switching that could make magnetic data storage faster and more efficient, ...
Engineers at the University of California, San Diego have developed a way to control the magnetic states of materials using ...
Natalia Litchinitser's lab will establish new ways for controlling structured light and electromagnetic radiation as part of ...
Martirez simplifies those calculations by computationally “carving out” a cluster of just 16 to 30 atoms around a defect and ...
Scientists studied plasma heated by a laser. It came to resemble the material that makes up the solar corona and the layers ...
Scientists at UC San Diego have developed a surprising new way to store digital information using light instead of magnets, ...
A Würzburg team won the German Physical Society’s 2026 teaching prize for femtoPro, a free virtual-reality laboratory that ...
Inkjet printers are the default choice for many people because they're cheap and good at photos. But there's a lot more to consider than pretty printouts.
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