A new gallium nitride approach could raise power electronics voltage limits, improve efficiency and support smaller systems ...

What if materials used in LEDs and implants could be made into nanocrystals? University of Chicago researchers have developed ...

A new sensing approach improves current measurement in electric vehicle powertrains, helping engineers develop more efficient ...

What happens when humanoid robots compete in human sports? Chinese robots have surpassed records in sprinting and high jump ...

A new compact edge computing platform brings AI acceleration, advanced visual processing and flexible connectivity to ...

What if ships could navigate without GPS? Q-CTRL has demonstrated quantum gravimetric navigation at sea, maintaining ...

What if robots did not need a fixed front or back? Engineers have proposed a different approach to robot design based on how ...

A new gallium nitride transistor withstands nearly 4,000 volts, promising more efficient power conversion for electric ...

D-printed blocks maintain electrical connections as structures change shape, enabling devices to detect configurations ...

A doping-free superjunction using gallium nitride's own polarisation fields lets lateral devices on silicon block nearly four ...

A five-nanometre chromium barrier could replace costly gold electrodes, improving durability while keeping perovskite solar ...

A compact microwave biosensor reaches 600 MHz/RIU sensitivity, offering promising label-free detection for ...