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Broadband Comb Upconversion in an Apodized Step-Chirped PPLN Waveguide for the Quantum Memories

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Abstract

We present theoretical modeling and characteristics of an apodized step-chirped ppLN waveguide for efficient and uniform broadband upconversion from 1580-nm comb to ~984-nm comb with a 3dB bandwidth of 48.6-nm to interface with rare-earth solid-state quantum memories.

© 2018 The Author(s)

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