Monolithically integrated circuits for Optical injection locking of ring lasers with QKD and QPSK applications
Damiano Massella, Michael Wallace, Ronald Broeke, and Francisco Diaz
TL;DR
This paper demonstrates monolithically integrated circuits that achieve optical injection locking of ring lasers, providing experimental validation crucial for advancing quantum key distribution and coherent communication technologies.
Contribution
The paper presents the first experimental realization of monolithically integrated circuits for optical injection locking of ring lasers, enabling practical applications in quantum and classical communications.
Findings
Successful experimental demonstration of injection locking in integrated ring lasers
Potential for integration into quantum key distribution systems
Advancement towards practical coherent communication devices
Abstract
Optical injection locking of integrated ring lasers promises to be a key technology of the future, but it is still lacking experimental verification. In this paper we present two monolithically integrated photonic circuits that experimentally realize Optically injection locking of ring lasers. The presented circuits pave the way for future application in Quantum Key Distribution and coherent communication
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Taxonomy
TopicsAdvanced Fiber Laser Technologies · Semiconductor Lasers and Optical Devices · Photonic and Optical Devices