Now, Charles Lieber and colleagues at Harvard University in the US have made integrated neuron–silicon nanowire transistor arrays to detect, stimulate and even halt neuronal signal transfer.

Figure 3: Nanowire assembly with optical trapping ... Furthermore, because their footprints are comparable to electronic transistors, they are attractive for intra-chip optical interconnect ...

MIT researchers have revealed nanoscale transistors that could potentially reshape the future of efficient electronics. Built ...

Using tools at MIT.nano, MIT's state-of-the-art facility for nanoscale research, the engineers were able to carefully control the 3D geometry of their transistors, creating vertical nanowire ...

Core MOSFETs are developed from planar transistors and FinFETs to the latest Stacked NanoSheet/NanoWire Gate-All-Around FETs (GAAFETs), and now to the cutting-edge vertical transistor 3D stacking ...

Their role in developing high-efficiency solar cells, batteries, LEDs, and transistors underscores their significance in modern technology. Moreover, their utility in biosensors and drug delivery ...

The persistent issue, however, has been the lack of ability to integrate transistors with LEDs for control. Dr. Zhang’s research presented a novel vertical III-Nitride nanowire field effect transistor ...