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All papers are available on Open access on arXiv.
A (long) review paper about the physics of paraxial fluids of light. It goes from the theoretical framework to the experimental realizations. It also discusses the experimental techniques and the outlook of the field.
Advances In Atomic, Molecular, and Optical Physics Advances 73, (2025)
Open access:A short paper describing the NLSE package, a Python package to solve the Gross-Pitaevskii equation and the Nonlinear Schrödinger equation using CPU or GPU.
Journal of Open Source Software JOSS 9, 99 6607 (2024)
Open access:A general review to discuss all the cool physics done with hot atomic vapors. It goes from conventional non-linear wave-mixing to squeezing, quantum memories and more recent topics about quantum fluids of light.
New Journal of Physics 25, 5 051201 (2023)
Open access:Vacuum fluctuations near horizons are known to yield correlated emission by the Hawking effect. These quantum fluctuations then excite the horizon mode and make it ring like a bell. These are the quasi-normal modes of the black holes that resonate.
Physical Review Letters 130, 11 (2023)
Open access:Fluids of light in the paraxial geometry are intrinsically out-of-equilibrium. We explore the role of the interaction quench on the structure factor of our fluid and we make connection with cosmological particle creation.
Nature Communications 13, 1 (2022)
Open access:A promising spectroscopy technique to measure the dispersion relation of a Polariton Quantum Fluid even at very low momenta, and with access to the ghost (negative energy) modes.
Physical Review Letters 129, 10 (2022)
Open access:We excite a quantum fluids of light with a bit of kinetic energy (associated to a temperature) and we study the quasi long range order (algebraic coherence) to explore phase transition in non-equilibrium state in collaboration with Nicolas Cherroret.
Physical Review Letters 129, 10 (2022)
Open access:Fluids of light in the propagating geometry is quite a new field. A lot of common techniques of cold atoms are missing. We found a way to perform Bragg-like spectroscopy and measure the structure factor in a fluid of light.
Physical Review Letters 127, 2 (2021)
Open access:Fluids of light are a nice platform to test analytical theory for 1D and 2D non-linear physics. Here we check shock waves in and we propose an analytical model in collaboration with the group of Nicolas Pavloff.
Physical Review Letters 126, 18 (2021)
Open access:Our first paper about fluids of light in the propagating geometry. We took quantum fluids of light analogy seriously and we realized that they are actually superfluids ! The beginning of a long journey...
Physical Review Letters 121, 18 (2018)
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