News

University spinout creates method to cut manual calibration costs and improve precision in light-based device manufacturing.

Device helps paralyzed patients regain hand control through direct brain signal reading, advancing accessible neurotechnology for spinal cord injuries.

Fully optical device uses special crystal to combine sensing and computation, boosting image recognition accuracy while cutting energy use.

Researchers overcome temperature barriers to create dense three-dimensional chips that could sustain advances in computing power and artificial intelligence.

Researchers integrate a special thin film that allows direct manipulation of light signals to improve efficiency in data centers facing rising artificial intelligence demands.

This post collects links to other interesting news that we have considered but not included in our regular news this week.