A new inductor separates signals from power, reduces power loss and heat, and manages signal flow in optical transceivers for ...

A new electrolyte designed at MIT can dissolve “like cotton candy,” allowing EV batteries to disassemble for simpler recycling—potentially reshaping how lithium is recovered and reused.

A microcontroller offers IoT security, firmware updates, and low-power operation. Could this be the key to safer smart devices? Find out more!

New amplifiers work from 380 MHz to 18 GHz. They give flexible power and control, making testing easier and more reliable for ...

We need a Senior Embedded Hardware Engineer who has personally taken IoT products from concept → 100k+ mass production.

A chip is changing how AI runs at the edge with high performance and low power while removing the need for cloud. Could this ...

A new photorelay designed for 800 V battery management systems offers 1800 V isolation, fast switching, and compact reliability, enabling safer and more responsive operation in electric vehicles and ...

Using impedance analysis on bacterial samples, the chip provides antibiotics within hours, avoiding delays linked to culture techniques.

The record-breaking run showcases how next-generation platforms, high-voltage architectures, and intelligent body control systems are redefining the limits of performance, stability, and safety in ...

Can diabetes be detected with just a breath? A new sensor may replace blood tests with a simple exhale and open doors to earlier diagnosis.

Neurons that use both light and electricity could change how machines compute and communicate. A new discovery brings us closer.

By eliminating bulky codebooks and ensuring end-to-end training under noisy channels, the innovation could power next-gen ...