The rapid expansion of the early universe resulted in the spontaneous production of
cosmological particles from vacuum fluctuations, some of which are observable today in the …

Quantum fluids of light are a photonic counterpart to atomic Bose gases and are attracting
increasing interest for probing many-body physics quantum phenomena such as …

Quantum fluids of light merge many-body physics and nonlinear optics, revealing quantum
hydrodynamic features of light when it propagates in nonlinear media. One of the most …

Integrated waveguiding devices based on silicon oxynitride (SiON) are appealing for their
relatively high refractive index contrast and broadband transparency. The lack of two photon …

Paraxial fluids of light represent an alternative platform to atomic Bose-Einstein condensates
and superfluid liquids for the study of the quantum behavior of collective excitations. A key …

Optical analog experiments have captured a lot of interest in recent years by offering a
strategy to test theoretical models and concepts that would be otherwise untestable. The …

We determine in a nonperturbative way the critical velocity for superfluidity of a generic
quantum fluid flowing past a localized obstacle in the one-dimensional mean-field regime …

We study the coherence of a disordered and interacting quantum light field after propagation
along a nonlinear optical fiber. Disorder is generated by a cross-phase modulation with a …

Vernier and Fano resonances are promising approaches for enhancing the sensitivity of an
all-optical sensor. A theoretical analysis was performed to integrate a Fano-like resonance …

Quantum fluids of light are the photonic counterpart of Bose gases. They currently attract
increasing interest since they are versatile and highly tunable systems for probing many …