Northwestern University researchers developed the Phantom Twist drone, using motion blur and AI-driven optimisation to reduce ...

To understand the behaviour of the materials, the researchers combined horizontal and vertical stripe patterns to control the ...

Can AI chip development become faster and less complex? A modular chiplet approach aims to simplify custom silicon design.

Can semiconductor manufacturing unlock large-scale quantum computing without redesigning fabrication lines? A demonstration ...

Teledyne LeCroy's CP1000 current probe combines 1.5 MHz bandwidth with 1000A continuous current capability for accurate ...

Can India build drones without imported propulsion components? A manufacturing expansion aims to strengthen domestic ...

Can sparse neural networks make edge AI faster without increasing power consumption? An FPGA toolkit aims to prove they can.

Nearly 4,000 engineers in 770 teams built AI-based solutions for manufacturing, healthcare, mobility, cybersecurity, and ...

A 5nm AI chip delivers 1,280 TOPS computing power, uses a dataflow design for AI processing, and will power the company’s ...

What if geological anchors could sense impending landslides? Embedded strain sensors and IoT intelligence enable earlier warnings, reducing risks to lives and ...

The purpose of this role is to support end‑to‑end vehicle system integration of Eaton Automated Manual Transmissions (AMTs) ...

Researchers have developed an AI-driven system that creates realistic virtual environments, enabling robots to practice ...