New approach to combine non-volatility, multibit storage, high switching speed and low switching energy.

Researchers at Paderborn University highlight their pioneering role in the development of light-based quantum technologies.

A programmable framework overcomes a key computational bottleneck of optical neural networks.

Technology eliminates optical-electronic conversions for ultrafast machine vision.

Theoretical quantum speedup with the quantum approximate optimization algorithm.

The scalable device is based on lithium tantalate and has a potential to widespread commercial applications.

New device demonstrates ability to reduce glare in images.

Experimental demonstration of an optoacoustic recurrent operator: