High-Rate Entanglement Swapping with Spectrally Pure Photons: FY19 Quantum System Sciences Line-Supported Program
MIT Lincoln Laboratory Lexington United States
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Quantum networks enable new and more powerful applications with performance above that which could be obtained classically 1,2. Entanglement is the resource underlying the performance advantages of quantum networks It is required for the teleportation of arbitrary quantum states 3, such as the inputs or outputs of a quantum computation, and it also provides stronger-than-classical correlations between remote elements, such as distributed networks of quantum processors 4, clocks 5, or sensors 6, 7.
- Quantum Theory and Relativity