Quantum and biomedical technologies aim to protect data, process complex algorithms, and create affordable gene-based cancer ...

Making electronics fast and accurate is hard. New machines help solder, coat, and place parts quickly without mistakes, even ...

A new 3D screen needs no glasses, is thin, and shows clear images. It could change learning, healthcare, and entertainment.

Engineered for up to 40 GHz performance, the latest 2.92 mm adapters deliver robust precision, low signal loss, and lasting ...

What if a robot could map hazardous spaces in real-time, converting hundreds of images into an accurate 3D map instantly?

A new battery keeps power strong in cold, wearable, and grid devices. It lasts longer, works better, and can be made cheaply ...

The newly identified “Context Integrity Violation” flaw exposes billions of users to data leaks, service disruption, and ...

Researchers at the University of Colorado Boulder and NREL have uncovered the reason, microscopic defects that turn into heat-trapping hotspots, threatening to short-circuit the next generation of ...

A new memristor integration breakthrough by DGIST could revolutionize AI hardware, enabling ultra-dense, energy-efficient chips that mimic the human brain’s architecture—overcoming long-standing ...

Scientists generate both even and odd terahertz light frequencies, opening new paths for high-speed communication, imaging, ...

Scientists creates a model for a quantum battery that stays stable and efficient, even when exposed to energy loss or noise. Also, energy loss helps quantum ...

Researchers uncover how laser beams cause atomic motion in Janus semiconductors, advancing understanding of light–matter ...