Explore how MIT’s ultrathin electronic films revolutionise thermal sensing and imaging devices. Read the full article.

MIT engineers have developed a technique to grow and peel ultrathin "skins" of electronic material. The method could pave the ...

Engineers at MIT have developed a new way to make extremely thin, flexible layers of electronic material—what they call.” ...

A layered transistor design combines light detection optical memory and neuromorphic processing in one unit offering compact ...

Reusing the LM4041 voltage regulator to create a precision current source by leveraging the CATHODE pin as a sense pin.

Explore how bioelectronic skin patches are transforming medical applications with advanced sensing and reporting technologies ...

MIT engineers have developed an incredibly thin and flexible material that could lead to lightweight, wearable night-vision ...

Navitas Semiconductor will be exhibiting several GaN and SiC breakthroughs in AI data centres, EVs, motor drives, and ...

While recycling is gaining popularity, many people simply throw away their old devices when they upgrade. But there’s a ...

How can electronic “skin” help advance the electronics and computer industry? This is what a recent study published in Nature ...

New research published confirms the Earth is greening in general, and increased carbon dioxide levels is responsible.