Garnett W. Bryant is a leading condensed matter physicist at NIST, focusing on atomic-scale quantum devices. His research includes dopant-based quantum devices in silicon, semiconductor quantum dots and wires, and metal nanoparticles. Bryant has developed atomistic modeling techniques to study these structures, with applications in quantum simulators and sensors.
Current projects involve studying small dopant arrays to understand many-body physics and develop experimental protocols. New efforts explore using atom-scale devices as manufacturable quantum sensors. Bryant holds a B.S. from the University of Kentucky and a Ph.D. from Indiana University.
Source: https://www.nist.gov/people/garnett-w-bryant
Keywords: Quantum, Dopant, Devices, Atomic, Simulation
