Presentation Information
[Mo-P2-E-05 (Invited)]Time-Domain Braiding Of Anyons
〇Gwendal FEVE1, Hangyu Lyu1, Mélanie Ruelle1, Elric Frigerio1, Emmanuel Baudin1, Jean-Marc Berroir1, Benoit Gremaud2, Thibaut Jonckheere2, Thierry Martin2, Jérôme Rech2, Antonella Cavanna3, Ulf Gennser3, Yong Jin3, François Parmentier1, Gerbold Ménard1 (1. LPENS, Sorbonne Univ., CNRS (France), 2. CPT, CNRS, Marseille (France), 3. C2N, CNRS, Palaiseau (France))
By triggering anyon pulses incident on a QPC in a nu= 1/3 FQH fluid, we investigate anyon tunneling in the time domain. We observe that anyon braiding increases the tunneling timescale, which is set by the temperature and the anyon scaling dimension that characterizes the edge state dynamics.