Ultracold Atoms
at the Quantum Edge
We cool lithium atoms to a millionth of a degree above absolute zero and explore the strangest corners of quantum physics — Bose-Einstein condensates with higher-order correlations, Efimov states, and ultracold chemistry. In brief, phenomena that exist nowhere else in the universe.
Our new BEC machine is nearing completion — we're now recruiting to do the science.
Research Frontiers
Our upcoming program pushes the boundaries of quantum simulation and ultracold physics.
Higher-Order Interactions
Exploring novel quantum phases and many-body phenomena in weakly interacting Bose–Einstein condensates beyond the standard mean-field description.
Learn more →Coherent Few-Body Physics
Investigating exotic Efimov states with an originally developed interferometric approach — unprecedented control and precision over few-body quantum systems.
Learn more →Ultracold Chemistry
Probing state-to-state resolved chemical reactions and coherently manipulating reaction pathways at microkelvin temperatures — chemistry at the quantum limit.
Learn more →
Recent Publications
We're recruiting.
Postdoc · PhD · MSc positions open now. Be part of the shift from building the apparatus to carrying out pioneering research.