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Wits University and Bordeaux researchers encoded data into optical skyrmions and transmitted it 270 meters through open air, achieving over 98% fidelity without correcting turbulence.

Miniature device enables first precise measurement of X-ray refraction at the nanoscale, opening new paths for advanced imaging and atomic research.

Texas A&M researchers create light-powered metajets that move freely without fuel, opening a path to reach nearby stars in decades rather than millennia.

In certain materials, electrons can exhibit this fluid-like behavior at room temperature or under specific conditions.

Researchers develop a machine-learning approach to bend sub-terahertz transmissions, dodging blocks in dynamic spaces for faster wireless data in virtual reality and autonomous vehicles.

Cornell scientists create a low-power microchip that processes ultrafast data and wireless signals using microwave physics, offering efficient computing for various tasks.

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.

Researchers create a fast way to align signals using special surfaces, helping future systems handle more data with less delay.