Prof Vlatko Vedral FInstP: Publications

Uniqueness of Entanglement Measure and Thermodynamics

(2001)

Authors:

Vlatko Vedral, Elham Kashefi

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Entanglement Concentration Using Quantum Statistics

(2001)

Authors:

N Paunkovic, Y Omar, S Bose, V Vedral

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A note on quantum one-way permutations

(2001)

Authors:

Elham Kashefi, Harumichi Nishimura, Vlatko Vedral

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Reply to `Singularities of the mixed state phase'

ArXiv quant-ph/0109139 (2001)

Authors:

J Anandan, E Sjöqvist, AK Pati, A Ekert, M Ericsson, DKL Oi, V Vedral

Abstract:

The only difference between Bhandari's viewpoint [quant-ph/0108058] and ours [Phys. Rev. Lett. 85, 2845 (2000)] is that our phase is defined modulo $2\pi$, whereas Bhandari argues that two phases that differ by $2\pi n$, $n$ integer, may be distinguished experimentally in a history-dependent manner.

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Reply to `Singularities of the mixed state phase'

(2001)

Authors:

J Anandan, E Sjöqvist, AK Pati, A Ekert, M Ericsson, DKL Oi, V Vedral

More details from the publisher

Prof Vlatko Vedral FInstP

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Uniqueness of Entanglement Measure and Thermodynamics

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Entanglement Concentration Using Quantum Statistics

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A note on quantum one-way permutations

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Reply to `Singularities of the mixed state phase'

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Abstract:

Reply to `Singularities of the mixed state phase'

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Prof Vlatko Vedral FInstP

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Uniqueness of Entanglement Measure and Thermodynamics

Authors:

Entanglement Concentration Using Quantum Statistics

Authors:

A note on quantum one-way permutations

Authors:

Reply to `Singularities of the mixed state phase'

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Abstract:

Reply to `Singularities of the mixed state phase'

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