Research
Realization of Repulsive Polarons in the Strongly Correlated Regime
feeds.aps.org · By R. Henke, J. Levinsen, M. M. Parish, J. Boronat, G. E. Astrakharchik, H. Moritz & C. R. Cabrera ·
The Brief
- Researchers report a stable repulsive Bose polaron realised in a two-dimensional quantum gas.
- The impurities and their surrounding quantum medium are encoded in different vibrational states.
- The work is described as realising repulsive polarons in the strongly correlated regime, published in Physical Review (APS, DOI 10.1103/m5qj-j8bm).
Why it matters
It offers an experimental platform in ultracold atomic gases for studying strongly interacting impurities in a quantum medium, a regime relevant to condensed-matter and few-body physics.
Who’s affected
- condensed-matter and atomic physicists
- researchers working on ultracold quantum gases
- #bose polaron
- #ultracold atoms
- #quantum gases
- #two-dimensional systems
- #strong correlations
Author(s): R. Henke, J. Levinsen, M. M. Parish, J. Boronat, G. E. Astrakharchik, H. Moritz, and C. R. Cabrera A stable repulsive Bose polaron is realized in a two-dimensional quantum gas by encoding impurities and their surrounding quantum medium in different vibrational states…
Timeline
Realization of repulsive polarons in the strongly correlated regime reported by APS
feeds.aps.org
Realization of Repulsive Polarons in the Strongly Correlated Regime