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19932008
most citedTotal Quantum Zeno effect and Intelligent States for a two level system in a squeezed bath

8 citations · 16 across the 9 of their papers we have counts for

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quant-ph20083 cited

On the dynamics of maximum extractable entanglement for open systems

E. Isasi, D. Mundarain, J. Stephany

In this work we study the dynamics of the maximum extractable entanglement for a system composed of two qubits interacting either with two independent thermal baths, a common therm…

quant-ph20073 cited

Concurrence and negativity as distances

D. Mundarain, J. Stephany

In this report we consider the three dimensional subset of the space of states of two qubits that may be written in the so called standard form. For those states we show that diffe…

quant-ph2007

Total Quantum Zeno Effect beyond Zeno Time

D. Mundarain, M. Orszag, J. Stephany

In this work we show that is possible to obtain Total Quantum Zeno Effect in an unstable systems for times larger than the correlation time of the bath. The effect is observed for…

quant-ph20068 cited

Total Quantum Zeno effect and Intelligent States for a two level system in a squeezed bath

D. Mundarain, M. Orszag, J. Stephany

In this work we show that by frequent measurements of adequately chosen observables, a complete suppression of the decay in an exponentially decaying two level system interacting w…

quant-ph2003

Husimi's function and quantum interference in phase space

D. F. Mundarain, J. Stephany

We discuss a phase space description of the photon number distribution of non classical states which is based on Husimi's function and does not rely in the WKB approximation…

quant-ph2003

Phase space interference and the WKB approximation for squeezed number states

D. F. Mundarain, J. Stephany

Squeezed number states for a single mode Hamiltonian are investigated from two complementary points of view. Firstly the more relevant features of their photon distribution are dis…