Innovations in quantum materials and metrology
The Li group explores the fascinating world of light-matter interactions in quantum materials and devices. We dive into fundamental questions that shape the future: How small can the building blocks of information storage be? How can we transmit data using the faintest traces of light, like single or entangled photons? How fast can we manipulate electrons at the smallest scales?
At the intersection of the ultrafast and the ultrasmall, our group is uncovering new scientific frontiers and developing technologies that could redefine the limits of speed, efficiency, and scale in the quantum realm. We enjoy collaborations with many leading scientists both at UT and elsewhere. We are proud to be part of the following organizations.

Correlated and Excited States in Moire Superlattices
Engineering quasiparticle properties and exploring emergent ferroelectric and magnetic orders in van der Waals heterostructures and moiré superlattices.

New Dimensions to Optical Spectroscopy
Advancing spectroscopy tools to explore quantum coherence and enhance semiconductor metrology.

Collective Excitations in
Solids
How collective excitations, such as phonons and magnons, influence energy and spin transport in solids and drive novel phenomena through their interactions with electrons.

Quantum Transduction and Quantum Sensing
Exploring methods to transfer quantum information and harnessing the fragility of quantum systems for enhanced sensing.
News
Zhida Liu’s Defense
Our PhD student Zhida Liu successfully defended his thesis on April 9, 2025.
Congrats Zhida!!!!
Dongseob Kim’s Defense
Our PhD student Dongseob successfully defended his thesis on April 16, 2025.
Congrats Dongseob!!!!
Introducing the team that makes it happen

There’s plenty of room at the bottom
Richard P. Feynman






















