Description |
Solid-state single photon sources (SPS) based on quantum dots as well as color centers in diamonds, silicon-carbide have promises for application in emerging quantum technologies. Many of these technologies however demand photon rates in the GHz range, thereby rendering the use of these single photon sources where the maximum observed count rates are limited to few MHz. In this talk, I will report the designs of hyperbolic meta-material based resonator antenna schemes that results in photon collection rates of the order of few GHz from diamond/silicon-carbide color center based SPS.
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