Saturday, January 17, 2026

A laser that can fire light pulses in one billionth of a second is set to produce structures 1000 times stronger, 1000 times faster — novel technique has applications for high-performance computing, quantum devices, and AI chip cooling

Researchers demonstrate a laser-based method that alters heat flow in thin silicon films using scalable nanoscale surface patterning techniques.

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A laser that can fire light pulses in one billionth of a second is set to produce structures 1000 times stronger, 1000 times faster — novel technique has applications for high-performance computing, quantum devices, and AI chip cooling

Researchers demonstrate a laser-based method that alters heat flow in thin silicon films using scalable nanoscale surface patterning techniq...