Topics

UK researchers show that comparing measurements from two atom interferometers can remove laser disturbances and reveal tiny signals from gravitational waves or dark matter.

Dr. Mihaela Ulieru speaks with Dr. Marco Cavaglia and Dr. Tommaso Firaux about a new scientific framework proposing that consciousness emerges through resonance across multiple physical scales.

Scientists use a quantum information tool to show that many particles inside a hand-held material respond collectively through quantum links.

A silicon photonic chip device corrects distortions directly in light to enable faster and lower power connections between data centers for large artificial intelligence networks.

Researchers split a cold-atom wave in two, held one part still with magnets, let the other fall, and measured the phase shift Einstein’s principle predicts.

LUX-ZEPLIN recorded a single particle interaction that could be a WIMP 200 times heavier than a proton. At 2.6 sigma, it has a 0.5% chance of being background.

Scientists at Virginia Commonwealth University create a method with nanomagnets and acoustic waves to manage electron spins more precisely for scalable quantum computing.

Photonics-based generative AI for lower environmental impact.

Stable plasma waves enable free-electron laser amplification at extreme ultraviolet wavelengths in just a few millimeters of acceleration.

The device traps and controls vibrations to imitate atomic behavior and may aid future quantum and microwave technologies.