Harnessing Spin in Acoustic Silicon Vacancies for 4H-SiC Quantum Computing
Researchers have developed a new strategy to spin acoustic phonons in silicon vacancies in 4H-SiC with a promising outlook for future quantum technologies. By controlling the spin of acoustic phonons, the research team was able to modify the spin of the silicon vacancy at room temperature, which could lead to more efficient, secure, and reliable quantum devices. The breakthrough was made possible by a combination of experimental and theoretical techniques, providing a new platform to study and manipulate phonon spins. This could be the first step towards the development of a new generation of quantum technologies.
source: Phys.org