Pathos’s Inpol Remix MkII is an easy amplifier to underestimate. It’s about the size of a child’s shoebox and has a modest ...

Applied Materials is the largest supplier in the world of wafer fabrication equipment for semiconductors. It holds the broadest portfolio, in our view, which we think should enable it to maintain its ...

Researchers developed an integrated probabilistic Ising machine that combines a custom-designed digital silicon chip with ...

The first transistor, invented at Bell Labs in 1947, was a handmade device about half an inch tall—enormous by today’s ...

By cleverly connecting transistors together, logic gates can be built to perform all calculable operations. Many hobbyists develop ternary computers—but these are entirely for fun.

Vertical silicon nanowire transistors are among the most promising device concepts for future low-power electronics due to their gate-all-around nature as well as their 3D stacking potential. In this ...

The underlying issue is closely linked to the end of Dennard scaling, a principle that once allowed engineers to shrink transistors and reduce voltage simultaneously – keeping ...

These transistors are effectively tiny switches, managing the flow of electricity and allowing computers to work. In general, the more transistors a chip contains, the faster and more powerful it ...

Ultra-thin structure — These materials are only a few atoms thick, enabling smaller, more energy-efficient transistors. Superior conductivity — Graphene, for example, offers extremely high electron ...

The new type of transistor, known as the "cryo-CMOS transistor," is optimized to operate at temperatures under 1 K and emit near-zero heat.

Nanoscale Transistors Could Enable More Efficient Electronics MIT researchers created new transistors that leverage quantum tunneling to overcome silicon's energy efficiency limits.