"Sushi-rolled" fiber chips are turning ordinary clothing into powerful, durable computers capable of image recognition and ...

Gemini lands in Chrome and Search, Yahoo launches Scout, Apple previews smarter Siri, and Microsoft debuts Maia 200 chips.

Transistors made modern electronics possible, from smartphones to space technology. This video explains how they control signals, act as switches and amplifiers, and why they’re in almost every device ...

And while the technology sounds impressive now, it seems to be at the limits of what current laboratory photolithography can provide. At present, a 1 mm fibre chip can potentially integrate tens of ...

Traditional chips depend on flat, inflexible wafers; the Fudan team replaced these with elastic substrates capable of hosting resistors, capacitors, diodes, and transistors. Once patterned, each ...

Researchers are increasingly framing quantum as moving from “science” to “engineering and scale”—a “transistor-era” shift.

For half a century, computing advanced in a reassuring, predictable way. Transistors—devices used to switch electrical ...

Quantum technology has reached a turning point, echoing the early days of modern computing. Researchers say functional ...

The EPC2366 40 V eGaN® FET sets new benchmarks in performance, efficiency, and power density for next-generation power ...

The schematic illustrates biological synaptic transmission (action potential–presynaptic stimulation–channel opening–neurotransmitter release–postsynaptic current) and its electronic emulation: a ...

Transistors may be small, but they’re the reason modern electronics work. This video breaks down how these tiny components act as switches and amplifiers to control electrical signals. From ...