I have a PhD in Physics. My research interest is to study wave chaos in one-dimensional network systems and two- or three-dimensional cavity systems through microwave experiments.
Wave Scattering
Quantum Chaos
Microwave Experiments
Random Matrix Theory
Coherent Perfect Absorption
Dec. 04, 2024: My PhD thesis is available on HAL theses.
Sep. 20, 2024: I successfully defended my dissertation and was awarded a PhD in Physics.
Jun. 18, 2024: Our preprint Non-Weyl Behavior Induced by Superradiance: A Microwave Graph Study is available on the arXiv.
Jun. 10, 2024: Our paper Continuity equation for the flow of Fisher information in wave scattering is published in Nature Physics.
Jun. 05, 2024: I presented a poster at the JNM in Antibes.
Feb. 19, 2024: I'm visiting the Wave Physics group in Hong Kong Baptist University for 2 months.
Sep. 18, 2023: I attended the Summer School Waves in Complex Media in Les Houches.
May 18, 2023: I'm visiting the Quantum Chaos group in University of Marburg for 2 months.
Jan. 04, 2023: Our invited paper Implications of Spectral Interlacing for Quantum Graphs has been published in Entropy.
Dec. 02, 2022: I gave a talk at the INPHYNI in Nice.
Nov. 02, 2022: I presented a poster at the Singular Days in Nice.
Sep. 27, 2022: I gave a talk at the JDPN in Fréjus.
Sep. 12, 2022: I attended the Summer School Waves in Complex Media in Cargèse.
Dec. 14, 2021: I presented a poster at the GdR Complexe Annual Workshop in Paris.
Jun. 13, 2021: I gave a talk at the JDPN in Agay.
Dec. 05, 2020: I started my PhD at the INPHYNI.