Paula villar

Research works Cited By. Date of paper.

My Area of research is based on the study of observable consequences of quantum vacuum fluctuations and open quantum systems: dissipation, decoherence and Casimir effect. I am also interested in the corrections to the geometric phases of quantum systems induced by external fluctuations. Frictional and normal Casimir forces are not the only effects of vacuum quantum fluctuations. For any quantum system, the influence of the environment plays a role at a fundamental level. I study the observable consequences of quantum vacuum fluctuations in different scenarios. On one side, the dynamical Casimir effect and the creation of particles in superconducting devices. The calculations involved in determining the physical outcome of particle creation processes, are often hard or impossible to complete.

Paula villar

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A 95 3 Enhanced decoherence for a neutral particle sliding on a paula villar surface in vacuum.

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April 20, - July 27, 69 years old. Niagara Falls , New York. Echovita offers a solidarity program that gives back the funds generated to families. You can send your sympathy in the guestbook provided and share it with the family. She was predeceased by : her parents, Jose G. She is also survived by her extended family and friends. Funeral arrangement under the care of Zajac Funeral Home Inc. There is no photo or video of Paula Marie Villar. Be the first to share a memory to pay tribute.

Paula villar

Adriana Torrebejano plays Paula. Paula is pretty upfront about becoming friends with Santi. She sees no harm in going out with him. Keeping all of this in mind, Santi hesitates to have Paula around him, even though he is intrigued by her.

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Entanglement degradation of cavity modes due to the dynamical Casimir effect. My Area of research is based on the study of observable consequences of quantum vacuum fluctuations and open quantum systems: dissipation, decoherence and Casimir effect. Published in: Entropy 25 9 , , Entropy 25 Published in: Adv. Citation Summary. Quantum friction imprints on the geometric phase of a moving atom in front of a dielectric plate. Published in: EPL 5 , Even though one can rely on simplifying approximations, the set of problems for which solutions can be found analytically is considerably limited. Boundary-induced effect encoded in the corrections to the geometric phase acquired by a bipartite two-level system. Most Recent. Published in: Quantum Sci. Geometric phase corrections on a moving particle in front of a dielectric mirror. Quantum Otto cycle in a superconducting cavity in the nonadiabatic regime.

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Fernando Cesar Lombardo. Published in: Entropy 26 1 , 89 , Entropy 26 Barcelona Supercomputing Ctr. D 99 10 , Contribution to: DICE Published in: J. PRA A , , Villar Buenos Aires U. Exclude Review of Particle Physics. Quantum Otto cycle in a superconducting cavity in the nonadiabatic regime.