The method uses a phase-change material that changes its form when light touches it.

The findings have the potential to lead to the development of novel sensing techno­logies.

Sesame-seed-sized sensor is cheap, energy efficient and detects movement of 4 millionths of a meter.

New type of composite material shows unique optical properties.

Wenglor sensoric group Acquires Berlin-Based AI and Image Processing Start-Up Deevio

New study explores finite-range interactions for creating entanglement.

UC Santa Barbara researchers join the US National Science Foundation’s program Quantum Sensing Challenges for Transformational Advances in Quantum Systems.