Photonic Quantum Operations via the Quantum Carburettor Effect

The bosonic nature of light leads to counter-intuitive bunching effects. We describe an experimentally testable effect in which a single photon is induced through a highly reflecting beamsplitter by a large amplitude coherent state, with probability 1/e in the limit of large coherent state amplitude...

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Published inarXiv.org
Main Authors Radtke, Jennifer C J, Oi, Daniel K L, Jeffers, John
Format Paper
LanguageEnglish
Published Ithaca Cornell University Library, arXiv.org 16.01.2017
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Abstract The bosonic nature of light leads to counter-intuitive bunching effects. We describe an experimentally testable effect in which a single photon is induced through a highly reflecting beamsplitter by a large amplitude coherent state, with probability 1/e in the limit of large coherent state amplitude. We use this effect to construct a viable implementation of the bare raising operator on coherent states via conditional measurement, which succeeds with high probability and fidelity even in the high amplitude limit.
AbstractList The bosonic nature of light leads to counter-intuitive bunching effects. We describe an experimentally testable effect in which a single photon is induced through a highly reflecting beamsplitter by a large amplitude coherent state, with probability 1/e in the limit of large coherent state amplitude. We use this effect to construct a viable implementation of the bare raising operator on coherent states via conditional measurement, which succeeds with high probability and fidelity even in the high amplitude limit.
Author Radtke, Jennifer C J
Oi, Daniel K L
Jeffers, John
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Snippet The bosonic nature of light leads to counter-intuitive bunching effects. We describe an experimentally testable effect in which a single photon is induced...
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SubjectTerms Amplitudes
Carburetors
Coherence
Photonics
Quantum theory
Title Photonic Quantum Operations via the Quantum Carburettor Effect
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