Simulations predict that three monolithic microcavity designs (Fabry-Perot, micropillar, circular Bragg grating) give Purcell factors from 23 to 160 and collection efficiencies from 83 to 98 percent for DBT molecules, meeting a 90 percent zero-phonon-line purity target set by the authors' rate…
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Design of monolithic microcavities for enhancing organic quantum emitters
Simulations predict that three monolithic microcavity designs (Fabry-Perot, micropillar, circular Bragg grating) give Purcell factors from 23 to 160 and collection efficiencies from 83 to 98 percent for DBT molecules, meeting a 90 percent zero-phonon-line purity target set by the authors' rate…