Can AI solve the heat problem it helped create? A swarm of agents is searching atomic structures for materials that could keep chips cooler.

A new semiconductor device gives AI hardware short-term memory while naturally clearing older inputs, potentially enabling faster, lower-power processing for ...

Researchers have developed a wafer-integrated approach that combines antennas and semiconductor switches, potentially reducing manufacturing complexity while ...

A micro fan could help smart glasses manage heat from processors, cameras, and displays while keeping the design compact.

A Cyprus-based startup has unveiled a desktop machine that promises to fabricate, assemble, and test a working circuit board prototype ...

Elecrow has launched the ThinkNode M9, a standalone communication terminal that runs MeshCore firmware over a Long Range (LoRa) radio link.

A programmer wrote a fully playable DOS solitaire game that fits in 3 KB, small enough to be stored in a printed QR code and loaded ...

Google’s LiteRT toolkit lets a Raspberry Pi 5 run compact Gemma language and vision models locally, without sending inference to a cloud service.

A new approach to AI connectivity could let system designers change their hardware choices without redesigning the board.

These issues came together at Tech Day Noida 2026 under the theme “Redefining Electronics Manufacturing: Zero-Silver ...

Can a silicon chip handle complex quantum states without relying on conventional multi-photon resources? A programmable photonic approach offers another route.

Could an ultrathin magnetic material change how future electronics handle data? A rare magnetic state could enable faster, lower-energy devices.