Experimental quantum optics and its applications in quantum computing, quantum networks, quantum sensing, optical neural networks for AI computing, optical microscopy for bioimaging and nanostructures.

Full Professor

Mark Dykman

dykmanm@msu.edu

https://web.pa.msu.edu/people/dykman/

Condensed matter theory, quantum information

Full Professor

Dan Elliott

elliottd@purdue.edu

https://engineering.purdue.edu/QOptics

Coherent control, atomic physics, precision measurements

Full Professor

Michael Famiano

mfamiano@iu.edu

Fundamental physics, nuclear physics

Full Professor

Steve Forrest

stevefor@umich.edu

http://www.umich.edu/~ocm

Organic and III-V semiconductors and their combinations. Polaritons, spin, triplets, magnetism

Assistant Professor

Lingyuan Gao

lg12@iu.edu

Algorithms/simulations;Theory/modeling of QST systems

Full Professor

Krishna Garikipati

krishna@umich.edu

http://websites.umich.edu/~compphys/

Machine learning methods for QST

Assistant Professor

Elias Garratt

garratte@msu.edu

https://garratte.wixsite.com/garrattresearchgroup

Crystal growth, measurement, diamond color centers

Full Professor

Vikram Gavini

vikramg@umich.edu

http://www-personal.umich.edu/~vikramg/index.html

Large-scale electronic structure calculations; developing algorithms and hpc aspects

Full Professor

Dan-Adrian German

dgerman@iu.edu

https://news.iu.edu/luddy/live/news/48348-luddy-computer-science-professor-student

Outreach to HS via Misty States, ZX Calculus, Quantum Flytrap, Qiskit and Linear Algebra

Full Professor

Eitan Geva

eitan@umich.edu

http://websites.umich.edu/~gevalab/

Quantum dynamics of open systems, decoherence science, theory and simulation of energy, charge and coherence transfer dynamics in complex molecular systems and its time-resolved spectroscopic signature

Full Professor

Rachel S. Goldman

rsgold@umich.edu

https://mse.engin.umich.edu/people/rsgold

Goldman's research emphasizes understanding the role of local solute configurations on emergent phenomena and novel functionalities of exotic alloys, nanowires, and quantum materials.

Assistant Professor

Bryan R. Goldsmith

bgoldsm@umich.edu

http://cheresearch.engin.umich.edu/goldsmith/

Computational Catalysis, First-Principles Modeling, Molecular Simulation, Data Science, Machine Learning, Energy and Environment

Full Professor

Theodore Goodson III

tgoodson@umich.edu

https://sites.lsa.umich.edu/goodgrp/

Quantum coherence, quantum sensing, quantum materials

Full Professor

Chris Greene