Dy confocal cQED
Topological pumping of one-dimensional dysprosium gases meets cavity photon-mediated interactions.
Explore DysprosiumWhere Quantum Matters
LevLab explores whether new states and phases of quantum matter can be created far from equilibrium—and what those states can teach us.
Learn about our researchOur research
Across three experimental platforms, LevLab explores uncharted regimes of quantum matter using ultracold atoms, quantum optics, and condensed matter physics.
Quantum-optical spin glass
Rubidium atoms wired together by photons realize spin glasses and quantum neural networks.
Explore Rubidium
CavMat: Materials in Cavities
A cryogenic instrument couples two-dimensional quantum materials to a multimode optical cavity.
Explore CavMatNews
Stanford Report on Assoc Memory
Stanford Report publishes news article on recent Science paper. Here's the Stanford Report article and more info: We have created the first quantum-optical associative memory, published in Science 394, 212…
New Science paper!
We have created the first quantum-optical associative memory, published in Science 394, 212 (2026)! We experimentally show that one can store and recall memories in a spin glass, which was long thought not…
Endowed Professorship!
Prof. Lev has been awarded a named, endowed chair—he is now the Stanford Fortitude Professor.
Our work is made possible by
