Eliot Kapit
Associate Professor, Department of Physics
Quantum computing and simulation; passive quantum error correction; superconducting circuits; theoretical quantum hardware engineering; quantum simulation and chaos; analog quantum optimization; noise tolerant quantum algorithms; bath engineering; fractional quantum Hall physics; localization and entanglement.
Quantum computing and simulation; passive quantum error correction; superconducting circuits; theoretical quantum hardware engineering; quantum simulation and chaos; analog quantum optimization; noise tolerant quantum algorithms; bath engineering; fractional quantum Hall physics; localization and entanglement.