Topics

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

Researchers advance heavy ion beam probe technique to capture dynamic changes in high-temperature plasma for better fusion energy control.

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

Duke University’s AI system mimics scientists to solve tough design problems, paving the way for faster innovation.

This method combines physics rules with artificial intelligence to find key properties of materials using very little data, helping speed up research in fields like engineering and energy.

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.

Engineers develop advanced computational methods for precise fluid simulations, solving real-world challenges in medicine, aerospace, and more.

NASA's James Webb Space Telescope finds most deep-space galaxies rotate clockwise, challenging ideas about the universe.

Scientists find that hydrogen acts like a superfluid, hinting at better energy storage solutions for clean energy.