Joshua M. Pomeroy is an experimental physicist at NIST working on quantum information transfer between hybrid systems, specifically focusing on metal-oxide-semiconductor (MOS) quantum dots and silicon color centers. His research aims to transduce quantum information from silicon quantum dots to telecom photons, with the ultimate goal of achieving projective readout of spin qubits and entanglement.
Pomeroy’s work involves developing ultra-highly enriched silicon for MOS devices, plasma processing techniques for high-quality aluminum oxide, and bilayer superconductor studies for monolithic superconducting elements on MOS systems. His initiatives focus on creating the necessary materials and technologies for reliable and scalable quantum computers, including projects on magnetic tunnel junctions, buried bits in quantum chips, and quantifying environmental contributions to mass change.
Source: https://www.nist.gov/people/joshua-m-pomeroy
Keywords: Silicon, Quantum Dots, Superconducting, Quantum Computing, Quantum Information
