Electrical Engineering

High-density AI infrastructure is accelerating the adoption of solid-state power conversion, offering a modular alternative to century-old transformer designs.

A new interfacial growth technique enables the production of air-stable, wafer-scale superconducting films, overcoming a critical barrier to quantum hardware miniaturization.

New research reveals that data center developers are prioritizing proximity to existing electrical grids over remote locations to ensure operational efficiency.

The new GLA platform consolidates electric and combustion powertrains while utilizing firmware to differentiate charging performance across identical battery hardware.

The new Gangaikondan facility leverages high-level automation to scale production of N-Type TOPCon modules while laying the groundwork for a fully integrated solar supply chain.

The company earns multiple awards for its latest diagnostic hardware and software, highlighting a shift toward digital integration in industrial maintenance.

Researchers have engineered a new detector that leverages quantum physics and metasurface optics to achieve a 20-fold increase in terahertz signal capture.

The government’s push to sell £400 plug-and-play solar panels in supermarkets faces indefinite delays as engineers warn that older British consumer units cannot safely handle reverse electrical currents.

Jolly Shah is revolutionizing sustainable computing, applying a “milliwatt mindset” to firmware design that scales from discrete components to vast data centers, making unseen optimizations central to a greener digital future.

The heavily funded startup leverages a proprietary deep learning model, aiming to slash chip development costs by over 75% and halve design timelines. This innovation could fundamentally reshape the semiconductor landscape.