Abstract
Large-scale quantum silicon photonic devices can represent a viable route to the generation of large entangled quantum states (graph states)[1], exploiting the generation of multiple pairs of photons on chip. Graph state applications are diverse, spanning from measurement-based quantum computing to quantum error correction and quantum communication [2]. Silicon photonics represents a promising platform for its stability, reconfigurability, high-density and high-performance optical components.
© 2019 IEEE
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