Turning classical states quantum with linear optics and photon counting

We demonstrate a method to transmute classical light into a quantum state without invoking any nonlinear optical processes. Using a tunable beam splitter and photon number resolving measurement, we create a novel non-Gaussian state. © 2011 Optical Society of America.

Номзүйн дэлгэрэнгүй
Үндсэн зохиолчид:	Bartley, T, Donati, G, Jin, X, Spring, J, Barbieri, M, Smith, B, Datta, A, Zhang, L, Walmsley, I
Формат:	Journal article
Хэл сонгох:	English
Хэвлэсэн:	2012

Turning classical states quantum with linear optics and photon counting -н Bartley, T, Donati, G, Jin, X, Spring, J, Barbieri, M, Smith, B, Datta, A, Zhang, L, Walmsley, I

Хэвлэсэн 2012

Journal article

Turning classical states quantum with linear optics and photon counting -н Bartley, T, Donati, G, Jin, X, Spring, J, Barbieri, M, Smith, B, Datta, A, Zhang, L, Walmsley, I, IEEE

Хэвлэсэн 2012

Journal article

Turning classical states quantum with linear optics and photon counting -н Bartley, T, Donati, G, Jin, X, Spring, J, Barbieri, M, Smith, B, Datta, A, Zhang, L, Walmsley, I

Хэвлэсэн 2012

Journal article

Turning classical states quantum with linear optics and photon counting

Turning classical states quantum with linear optics and photon counting -н Bartley, T, Donati, G, Jin, X, Spring, J, Barbieri, M, Smith, B, Datta, A, Zhang, L, Walmsley, I

Turning classical states quantum with linear optics and photon counting -н Bartley, T, Donati, G, Jin, X, Spring, J, Barbieri, M, Smith, B, Datta, A, Zhang, L, Walmsley, I, IEEE

Turning classical states quantum with linear optics and photon counting -н Bartley, T, Donati, G, Jin, X, Spring, J, Barbieri, M, Smith, B, Datta, A, Zhang, L, Walmsley, I

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