China unveils a microscopic transistor that could quietly disrupt the global chip race. Built without silicon, this atom-thin ...

Yet building nanoscale transistors presents a basic problem. They are bound by physical constraints that limit how ...

At NTT Upgrade 2025, NTT Research demonstrated the long-term value of research. It demonstrated projects that were in the early stages of innovation and ...

On April 1, 2025, the Taiwanese manufacturer TSMC introduced the world's most advanced microchip: the 2 nanometre (2nm) chip.

A microchip with nearly 6,000 transistors, each only three atoms thick, is the most complex microprocessor made from a two-dimensional material to date, scientists in China say. The new device was ...

Today, SiC accounts for the majority of the revenue generated by compound semiconductor power electronics, and sales are ...

Abstract: A photoconductive semiconductor switch (PCSS ... a PCSS that uses extrinsic photoconductive response to sub-bandgap visible light in Ge-doped AlN. With blue LED (455 nm center wavelength) ...

China's latest export restrictions on Scandium and Dysprosium threaten to disrupt global supply chains for major tech players ...

Bremen University academics attend a semiconductor physics workshop at Cardiff University ... by both universities covering subjects from diamond and aluminium nitride (AlN) growth on high-power ...

Department of Mathematics and Natural Science, Institute for Physics, Fundamentals of Energy Materials, Technische Universität Ilmenau, Ilmenau 98693, Germany ...