Principal Investigator
Andrew Lucas
Assistant Professor (2019-)
CV
Travel Map
Contact by e-mail: andrew.j.lucas [at] colorado [dot] edu
Office: Duane Physics F629
Postdoctoral Fellows
Aaron Friedman
postdoctoral fellow (2020-), joint with R. Nandkishore, L. Radzihovsky
- Hydrodynamics with triangular point group
- Quantum dynamics with measurements in the Stinespring formalism
- Effective theory for active matter
Oliver Hart
postdoctoral fellow (2021-), joint with R. Nandkishore
Graduate Students
Jack Farrell
graduate student (2021-)
- Hydrodynamics with helical symmetry
- Effective field theory for active matter and non-reciprocal dynamics
Jinkang Guo
graduate student (2020-)
Yifan Hong
graduate student (2019-)
Xiaoyang Huang
graduate student (2020-)
- Electron-phonon hydrodynamics
- Imaging quantum critical dynamics
- Hydrodynamic effective field theory with discrete rotational symmetry
- Spontaneous dipole symmetry breaking in fracton fluids with momentum conservation
- Effective field theory for active matter and stochastic dynamics
- Strongly coupled disordered fixed points in holography
Andrew Osborne
graduate student (2020-)
- Operator growth in a cartoon matrix model
- Hamiltonian models for fracton fluids
- Symplectic geometry and circuit quantization
Marvin Qi
graduate student (2020-), joint with M. Hermele
Isabella Zane
graduate student (2022-)
- Effective theory for active matter and odd elasticity
Undergraduate Students
Andrew Hicks
undergraduate student (2022-)
- Electron hydrodynamics with x-momentum conservation
Elijah Lew-Smith
REU undergraduate student (Brown 2023)
- Active Goldstone boson dynamics
Alumni
Chi-Fang Chen
undergraduate student (Stanford 2017-2019)
Xiao Chen
postdoctoral fellow (2019), joint with R. Nandkishore
Caleb Cook
graduate student (Stanford 2017-2022), joint with S. Kivelson
Koushik Ganesan
graduate student (2019-2023)
Jason Iaconis
postdoctoral fellow (2020-2021), joint with R. Nandkishore, L. Radzihovsky
Henry Waldstreicher
undergraduate student (2021-2023)
- Numerical simulations of fracton fluids