Compact, Spatial-mode-interaction-free, Ultralow-loss, Nonlinear photonic integrated circuits
Ji, Xinru; Liu, Junqiu; He, Jijun; Wang, Rui Ning; Qiu, Zheru; Riemensberger, Johann; Kippenberg, Tobias J.
2022

Abstract

We implement Euler bends to build compact high-Q Si3N4 racetrack microresonators, featuring a small footprint of only 0.21 mm(2) for 19.8 GHz FSR. We demonstrate that these multi-mode microresonators can be operated in the single-mode regime and generate a single soliton microcomb. (C) 2022. The Author(s)

Details

Title Compact, Spatial-mode-interaction-free, Ultralow-loss, Nonlinear photonic integrated circuits
Author(s) Ji, Xinru ; Liu, Junqiu ; He, Jijun ; Wang, Rui Ning ; Qiu, Zheru ; Riemensberger, Johann ; Kippenberg, Tobias J.
Published in 2022 European Conference On Optical Communication (Ecoc)
Conference European Conference on Optical Communication (ECOC), Sep 18-22, 2022, ELECTR NETWORK
Date 2022-01-01
Publisher New York, IEEE
ISBN 978-1-957171-15-9
Other identifier(s) View record in Web of Science
Laboratories LPQM
Record Appears in Scientific production and competences > STI - School of Engineering > IEM - Institut d'Electricité et de Microtechnique > LPQM - Laboratory of Photonics and Quantum Measurements (STI/SB)
Scientific production and competences > SB - School of Basic Sciences > IPHYS - Institute of Physics > LPQM - Laboratory of Photonics and Quantum Measurements (STI/SB)
Peer-reviewed publications
Conference Papers
Work produced at EPFL
Published
Record creation date 2023-03-27

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