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Exciton-polaritons created from coupling electronic states of the molecule with quantized radiation field inside a Fabry-Pérot (FP) optical cavity can lead to altered cavity-mediated chemical reactions and provide a platform for studying quantum electrodynamics in chemical physics. We discuss the photophysical properties of polaritons formed with two-dimensional cadmium selenide nanoplatelets inside an optical cavity operating in the strong coupling regime at room temperature with upper and lower polariton Rabi splitting energy of 80 meV.
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