↓ Skip to Main Content

Quantum matter from atomic gases

Main Navigation

  • Experiments
    • RbK: gauge fields
    • RbChip: open quantum systems
    • Rb|dЯ: When like meets like
  • Publications
  • Personnel
  • Locations

Dr. Yuchen Yue defends his thesis!

Ian Spielman Posted on 2020/11/02 Posted in Group News, Personnel, RbChip
Dr. Yuchen Yue defends his thesis!

On this day, November 2, 2020, Yuchen Yue remotely defended his thesis. Congratulations Yuchen!

Post navigation

Previous Post is ‹ Enhanced transport of spin-orbit-coupled Bose gases in disordered potentials
Next Post is Feedback induced magnetic phases in binary Bose-Einstein condensates ›

Recent Posts

  • JQI writeup: Twisting Up Atoms Through Space and Time
    JQI writeup: Twisting Up Atoms Through Space and Time
  • Dr. Graham Reid defends his thesis!
    Dr. Graham Reid defends his thesis!
  • Dark solitons in Bose–Einstein condensates: a dataset for many-body physics research
    Dark solitons in Bose–Einstein condensates: a dataset for many-body physics research
  • Dynamical instability of 3d stationary and traveling planar dark solitons
    Dynamical instability of 3d stationary and traveling planar dark solitons
  • Dynamically Induced Symmetry Breaking and Out-of-Equilibrium Topology in a 1D Quantum System
    Dynamically Induced Symmetry Breaking and Out-of-Equilibrium Topology in a 1D Quantum System
  • Floquet Engineering Topological Dirac Bands
    Floquet Engineering Topological Dirac Bands
  • Combining machine learning with physics: A framework for tracking and sorting multiple dark solitons
    Combining machine learning with physics: A framework for tracking and sorting multiple dark solitons
  • Accurate Determination of Hubble Attenuation and Amplification in Expanding and Contracting Cold-Atom Universes
    Accurate Determination of Hubble Attenuation and Amplification in Expanding and Contracting Cold-Atom Universes
  • Dr. Shangjie Guo defends his thesis!
    Dr. Shangjie Guo defends his thesis!
  • Self-Bayesian aberration removal via constraints for ultracold atom microscopy
    Self-Bayesian aberration removal via constraints for ultracold atom microscopy

Organization

These experiments, overseen by PI I. B. Spielman, are part of the larger Laser Cooling and Trapping group at NIST and the JQI.

Administration

  • Log in
  • Entries feed
  • Comments feed
  • WordPress.org
© 2023 Quantum matter from atomic gases | Powered by Responsive Theme