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Journals and Conferences
Guidelines for the diagnosis and treatment of cutaneous squamous cell carcinoma and precursor lesions J.J. Bonerandi, C. Beauvillain, L. Caquant, J.F. Chassagne, V. Chaussade,** P. Clavère, C.… (More)
We observe the transition from extended to Anderson-localized states in silica waveguide arrays exhibiting off-diagonal coupling disorder.
We demonstrate quantum walks of a photon pair in a spatially extended Einstein-Podolsky-Rosen state coupled into an on-chip multiport photonic lattice. By varying the degree of entanglement we… (More)
The STARTWAVE (STudies in Atmospheric Radiative Transfer and Water Vapour Effects) project aims to investigate the role which water vapour plays in the climate system, and in particular its… (More)
Although optical absorption is an intrinsic materials property, it can be manipulated through structural modification. Coherent perfect absorption increases absorption to 100% interferometrically but… (More)
Interferometry is one of the central organizing principles of optics. Key to interferometry is the concept of optical delay, which facilitates spectral analysis in terms of time-harmonics. In… (More)
We report the first observation of Anderson co-localization of spatially entangled photon pairs propagating through random optical waveguide lattices with controllable off-diagonal disorder.
Applications using multi-PW lasers necessitate high temporal pulse quality with a tremendous contrast ratio (CR). The first crucial prerequisite to achieve multi-PW peak power is the generation of… (More)
Two photons in an entangled, spatially correlated (anti-correlated) state transmitted through an Anderson disordered lattice maintain their correlation (anti-correlation) but exhibit coincidence-map… (More)
The evolution of spatially extended, entangled, anti-correlated two photon states in photonic waveguide arrays that induce classical transverse Anderson localization is theoretically and… (More)