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Applied Physics B

Dressed photon-excitons in a Fabry–Pérot cavity filled with a nonlinear semiconductor

Ze Cheng

Published Jun 21, 2022• 0 citations
Publisher
DOI
10.1007/s00340-022-07851-6

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The photon polaron in a two-dimensional optical micro-cavity is investigated within the framework of quantum statistical mechanics. Our experimental set-up is based on a planar Fabry-Pérot cavity filled with a nonlinear non-polar crystal. The Fabry-Pérot cavity provides a chemical potential and an effective mass for a photon, making the system formally equivalent to a two-dimensional gas of number-conserving, massive bosons. A photon polaron is a photon dressed with a cloud of virtual transverse optical phonons, namely, the dressed photon. One of the most important properties of the photon polaron is an increased inert mass. Because of the effect of photon polarons, we find that the photon-photon interaction is enhanced greatly. The photon polaron is a quantum effect of cavity nonlinear optics but its increased inert mass is a classical property.
The photo-polaron in a two-dimensional optical microcavity is investigated within the framework of quantum statistical mechanics. Our experimental setup is based on a planar Fabry-P\'erot cavity filled with a nonlinear nonpolar crystal. The Fabry-P\'erot cavity provides a chemical potential and an effective mass for a photon, making the system formally equivalent to a two-dimensional gas of number-conserving, massive bosons. The incident photons interact with the Raman phonons in the crystal and hence are converted into quasiparticles, which we refer to as photo-polarons. A photo-polaron is a photon dressed with a cloud of virtual transverse-optical phonons, namely, the dressed photon. One of the most important properties of photo-polaron is an increased inert mass. Because of the effect of photo-polarons, we find that the photon-photon interaction is enhanced greatly. The photo-polaron is a quantum effect of cavity nonlinear optics but its increased inert mass is a classical property.