Powered by the Flexis MM microcontroller family, transforms glucose monitoring through precision engineering and innovative ...

Scientists at Melbourne and Monash Universities invented a light-based wireless communication system to reduce limitations of ...

Fraunhofer's new perovskite-silicon tandem solar cell achieves 31.6% efficiency leading towards more sustainable solar ...

Tiny robots show potential for targeted therapies, making success in shrinking bladder tumours in animal models.

A miniature WSSOP PhotoMOS relay redefines efficiency and versatility, advancing measurement, testing, and medical equipment.

A new power factor correction module, designed specifically for drones and underwing applications, offers an 92% efficiency ...

A new approach optimizes tiny machine learning for ultra-low-power, flexible printed electronics, enabling efficient neural ...

Caltech researchers discovered a wearable health technology with solar-powered sweat sensors.

A network connects air and underwater environments using light, enabling data exchange on the move. Learn more about this ...

Designed with proprietary CMOS-based technology, it offers superior resolution, efficiency, and affordability, addressing critical needs across industries like automotive, biometrics, and AI-driven ...

One key application of the material is in flexible devices, where it acts as an interfacial layer between transparent electrodes and active layers, such as those found in solar cells and displays.

This promises to revolutionize computing in extreme environments like jet engines, fusion reactors, and geothermal wells, ...