[14p-B8-1~10] Hybrid Quantum Information Science and Technology

[14p-B8-8] Toward the realization of photonic quantum devices using a Nanofiber Bragg Cavity

〇Hideaki Takashima^1,2,3, Andreas Schell¹, Shinjiro Fujita¹, Atsushi Fukuda¹, Yasuko Oe^1,2,3, Syunya Kamioka^2,3, Masazumi Fujiwara^2,3, Shigeki Takeuchi^1,2,3 (1.Kyoto Univ., 2.RIES Hokkaido Univ., 3.ISIR Osaka Univ.)

Keywords:Microcavity, Quantum devices, Tapered fiber

In order to realize photonic quantum information technology, it is important to develop photonic quantum devices such as single photon sources, quantum phase gates, and quantum memories. Hybrid devices of an optical microcavity and single light emitter have attracted attention for the realization of these quantum devices. We have recently developed nanofiber Bragg cavity (NFBC), which are an optical nanofiber coupled with a microcavity, to realize fiber compatible hybrid devices. Here, we report our research toward the realization of the photonic quantum devices using the nanofibers and the NFBCs.