QPL Presentations at the 2023 CLEO Conference!
We're excited to be back at CLEO 2023 with three talks from our group by Sahil, Kamyar, and Trevor
Some great results coming out of our group will be presented by Sahil, Kamyar, and Trevor on integrated quantum photonics and related applications. We're looking forward to attend the many other interesting talks throughout the week, especially in the FS3: Quantum Photonics Sessions!
FW3J.2 (1:15-1:30PM Wednesday, May 10)
Cavity Optomechanics With WSe2 Single Photon Emitters
Presenter: Sahil Patel, UC Santa Barbara, United States
We demonstrate surface acoustic wave cavity optomechanics with WSe2 single-photon emitters with modulated resonance linewidths indicative of deformation potential coupling. We observe dynamic fine-structure mixing that may enable entangled-photon pair generation from 2D materials. Authors: Sahil Patel, University of California, Santa Barbara / Kamyar Parto, University of California, Santa Barbara / Michael Choquer, University of California, Santa Barbara / Sammy Umezawa, University of California, Santa Barbara / Landon Hellman, University of California, Santa Barbara / Daniella Polishchuk, University of California, Santa Barbara / Galan Moody, University of California, Santa Barbara
FTh1A.3 (8:45-9:00AM Thursday, May 11)
Cavity-Enhanced 2D Quantum Emitters Deterministically Integrated With Silicon Nitride Microresonators
Presenter: Kamyar Parto, UC Santa Barbara, United States
A new platform for position and polarization aligned 2D single-photon emitter integration within background-free silicon-nitride microring resonator is presented. Emitters achieve a cavity-enhanced coupling efficiency of 46±4%, exceeding previous demonstration by over an order-of-magnitude. Authors: Kamyar Parto, UC Santa Barbara / Shaimaa Azzam, UC Santa Barbara / Nicholas Lewis, UC Santa Barbara / Sahil Patel, UC Santa Barbara / Sammy Umezawa, UC Santa Barbara / Kenji Watanabe, Research Center for Functional Materials, National Institute for Materials Science / Takashi Taniguchi, International Center for Materials Nanoarchitectures, National Institute for Materials Science / Galan Moody, UC Santa Barbara
FF1L.1 (8:00-8:15AM, Friday, May 12)
Integrated Tunable Bell State Generator and Hong-Ou-Mandel Experiment on AlGaAsOI
Presenter: Trevor Steiner, University of California, United States
We report an AlGaAsOI quantum photonic circuit with multiple pair sources and tunable interferometers. We demonstrate Hong-Ou-Mandel interference between two microring resonators and a tunable Bell state generator producing Ψ+ and Φ- bi-photon entangled states. Authors: Trevor Steiner, UC Santa Barbara / Joshua Castro, UC Santa Barbara / Kien Le, UC Santa Barbara / Liao Duan, UC Santa Barbara / Jon Peters, UC Santa Barbara / Corey Mcdonald, UC Santa Barbara / Nicholas Lewis, UC Santa Barbara / Lillian Thiel, UC Santa Barbara / John Bowers, UC Santa Barbara / Galan Moody, UC Santa Barbara
