Photonics

Caltech researchers developed a chip that steers light in 74 femtoseconds, potentially revolutionizing photonic communications, computing, and sensing.

A new nanolaser developed by Danish researchers could enable microchips to use light for communication, potentially halving computer energy consumption and increasing speed.

A new nanolaser developed by Danish researchers could enable computer chips to use light for communication, potentially halving energy consumption and increasing speed.

A new nanolaser developed by Danish researchers could enable computer chips to use light for communication, potentially halving energy consumption and increasing speed.

MIT engineers developed a new lidar chip that provides a wider, clearer view for self-driving cars and other applications by reducing signal interference between closely spaced antennas.

Scientists developed a new particle detector, PLATON, that uses a light-field camera and AI to track invisible particles in 3D, potentially improving medical scans.

Scientists are developing atomically thin quantum materials where light and magnetism interact, potentially leading to advanced optoelectronic devices and quantum technologies.

Scientists at Argonne National Laboratory discovered a Higgs mode in a perovskite crystal, using light pulses to reshape its symmetry and potentially unlock new material phases.

Scientists developed a new method to instantly detect quantum W states, a breakthrough that could advance quantum communication, teleportation, and computing.