Rémi CARMINATI

Rémi CARMINATI is a Professor at ESPCI Paris, affiliated with the Institut Langevin. His research focuses on wave propagation in complex media, light scattering dynamics, and nano-optics. He has contributed to understanding time-varying disorder, polarization depolarization mechanisms, and thermal radiation at micro/nanoscales.

• Key Research Themes: Wave Theory, Light Scattering in Correlated Media, Nano-optics, Anderson Localization, and Photonic Hyperuniformity.

The 15 most recent articles demonstrate expertise in wave dynamics across temporal/spatial disorder, nonlinear photon diffusion, polarization statistics, and applications in thermal imaging, sensing, and metamaterial design. His work bridges theoretical optics with experimental validation using digital holography, photon Doppler velocimetry, and near-field microscopy.

Rémi CARMINATI is actively involved in Institut Langevin research, collaborating on projects spanning electromagnetic field correlations, plasmonic nanostructures, and coherence-based imaging through scattering media. His methodological innovations include dwell-time operators for energy storage, reciprocity-based LDOS mapping, and diagrammatic approaches for photon echo analysis.