A new quantum approach uses light particles to improve accuracy in identifying images.

Exploring how optical cavities reveal material properties with leaking light.

Researchers develop a chiral cavity to control material properties using quantum vacuum effects, reducing the need for strong magnetic fields.

A new optical neural engine uses light to solve partial differential equations faster, transforming scientific and engineering computations with efficiency.

Stable optical frequency combs generated via hyperparametric solitons could improve efficiency in high-speed communications.

New structure traps light, advancing quantum computing and communication technologies with stronger light-matter interactions.

Breakthrough in light-based technology enhances AI performance and reduces energy use for future computing systems.

A new optical method uses light waves to handle complex AI calculations in one step, offering speed and energy savings over traditional computers.

Researchers create light-based systems that train artificial intelligence models more efficiently, using physics to reduce energy demands and enable real-time processing in devices.

Innovative chip design leverages light to perform image recognition, reducing power use and boosting AI performance.