Communications

Model-Free Interferometry Enabled by Machine Learning

SUMMARY Atom interferometry is used in sensors designed to measure gravitational field, acceleration, and angular momentum and is of increasing importance to the emerging field of quantum communications, which shows great promise for fast, secure, and precise relay of information. Interpreting the results of an interferometer requires precise calibration… Read More

Electrically Tunable Quantum Platform Using Spin Defects In SiC Heterostructures

SUMMARY Integration of quantum spins into classical electronic devices has been a major challenge. However, the ability to do so would limit spectral noise and line width broadening of emissions from solid state devices, resulting in improved device performance. The divacancy in Silicon Carbide is a recently developed defect spin… Read More