A new technique uses a single trapped ion to create detailed maps of electromagnetic fields, helping researchers identify noise sources that affect quantum chips...

New converter technologies promise higher efficiency, greater power density and improved reliability for next-generation energy systems. Power electronic converters (PECs) are at the heart of...

A memory chip stores system data for up to 100 years, adds hardware-based protection, uses less power, and supports industrial, IoT, and networking applications. GigaDevice...

A new 4D-printing technique creates lightweight composite wind turbine blades that spin faster, weigh less, and could reduce manufacturing costs. Researchers at Concordia University have...

A credit card-sized carrier board for NVIDIA Jetson Orin NX modules combines high-performance edge AI computing with a compact footprint, offering extensive connectivity, flexible...

A cooling technology could change how EVs and AI systems manage heat by simplifying manufacturing, reducing leaks, and moving closer to commercial use. A research...

A breakthrough computing approach solves complex optimization problems faster while using far less energy, offering a practical alternative to today’s emerging quantum technologies. Researchers at...

A zinc energy storage device stores more than seven times the charge of similar systems. See how a 3D-printed design makes it possible. Researchers at...

It combines precise displacement tracking, rugged operation, and cost efficiency for industrial automation, transportation, renewable energy, and heavy-duty motion control applications. Vishay Intertechnology has expanded...

The reference design combines Class-H envelope tracking with a Class-D amplifier to deliver high-output automotive audio while improving efficiency, reducing thermal dissipation, and simplifying...