Atomic Quantum Gases @ MIT




 

Group of Wolfgang Ketterle at MIT
Welcome to the world of nanokelvin atoms
and the magic of matter waves!

Take an amazing tour through our labs with NobelLab 360°

Dipolar interactions in an atomic bilayer with 50 nm separation
arXiv

Feshbach resonance in molecular collisions
Nature 614, 5458 (2023)pdfMIT Press ReleaseNature News and Views
Chemistry WorldPhysics World

Postdocs wanted: Every year, we hire a new postdoc for one of our labs. Send your inquiry directly to Wolfgang Ketterle.

May 20, 2019: World Metrology Day
Guide for teachers and students to explain the new kg
More detailed popular article

Our group has four teams in four different laboratories

BEC 3 BEC 4 BEC 5 Dypole
"The Science Chamber" "The Rubidium Lab" "The Lithium-7 Lab" "The Dysprosium Lab"

Current projects:
Sodium, Lithium-6
NaLi molecules
Ultracold collisions
Molecular Feshbach resonances

Current projects:
Mott Insulator
Spin mixtures
Quantum magnetism
Synthetic gauge fields
Quantum microscope

Current projects:
Optical lattices
Spin Hamiltonians
Quantum microscope

Current projects:
Dipolar interactions
Bilayer
Single-atom tweezers


Link to lab web page

Link to lab web page

Link to lab web page


Link to lab web page


Magnetic trapping of ultracold molecules at high density


A Mott insulator of atom pairs


Catching Bethe phantom states

Atomic physics on a 50 nm scale: Realization of a bilayer system of dipolar atoms


Feshbach resonance in molecular collisions


Spin-1 anisotropic Heisenberg model

Spin dynamics dominated by resonant tunneling into molecular states



Dipolar shielding of inelastic collisions

Lectures by Wolfgang Ketterle on Open Course Ware: 8.421 Atomic and Optical Physics I 8.422 Atomic and Optical Physics II

BEC 1: now part of the Zwierlein group old results
BEC 2 : retired old results