Computes the anti-crossing between a cavity mode and a dipole with the transfer matrix method

Computes the transmission, reflection and absorption spectra of a planar microcavities compose of dielectric spacers, organic absorbers and metal or dielectric mirrors. Observables are obtained using the transfer matrix (TMM) method.

Exploration de l'architecture de la réactivité chimique : comment la modulation géométrique, topologique et photonique (confinement, polaritons, courants de Foucault) permet de transcender les limites cinétiques traditionnelles d'Arrhenius