sciencex

Researchers discovered the world's first monolayer silicon carbide: Towards atomic-level semiconductor technologies

Prof. Sakineh Chabi from the University of New Mexico and her team recently discovered the world's first monolayer silicon carbide. The newly discovered 2D SiC materials have graphene-like hexagonal ...
Semiconductor Engineering

All-Silicon Quantum Light Source Based On A Single Atomic Emissive Center

A technical paper titled “All-silicon quantum light source by embedding an atomic emissive center in a nanophotonic cavity” was published by researchers at University of California Berkeley and ...
Hosted on MSN

Quantum Leap: How Atomic Nuclei ‘Talk’ Inside Silicon Chips, Paving Way For Scalable Quantum Computers

Washington DC: Engineers discovered how to make atomic nuclei "talk" inside silicon chips, opening the door to scalable quantum computers. Researchers at the University of South Wales (UNSW) have ...
Semiconductor Engineering

Using Atomic Vacancies In Silicon Carbide To Measure The Stability And Quality Of Acoustic Resonators

A technical paper titled “Spin-acoustic control of silicon vacancies in 4H silicon carbide” was published by researchers at Harvard University and Purdue University. “Bulk acoustic resonators can be ...
pv magazine International

Vanadium oxide-based silicon solar cell with 18.6% efficiency via atomic layer deposition

Researchers in Spain have developed an n-type crystalline silicon solar cell based on vanadium oxide films deposited by atomic layer deposition. The cell showed an open-circuit voltage of 631 mV, a ...