Titlebook: Decoherence: Theoretical, Experimental, and Conceptual Problems; Proceedings of a Wor Philippe Blanchard,Erich Joos,Ion-Olimpiu Stamates Co

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Decoherence in Situations Involving the Gravitational Fieldvitational degrees of freedom acquire classical properties through decoherence caused by other, irrelevant, degrees of freedom. This includes the cases of cosmo- logical variables, fluctuations in the early Universe that serve as seeds for galaxies, and black holes.

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Moving Quantum Agents in a Finite Environmentormations controlled by their position with respect to a fixed ring of . “environmental”-spins. We demonstrate that a “flow of coherence” results between the various subsystems. Despite entanglement between the agents and between agent and environment, local (non-linear) invariants may persist, whic

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Decoherence and Continuous Measurements: Phenomenology and Models (or repeated) fuzzy quantum measurement. The dynamics of the system subject to continuous decoherence (measurement) may be described by the complex-Hamiltonian Schrodinger equation, stochastic Schrödinger equation of a certain type or (nonselectively) by the Lindblad master equation. The formulatio

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Asymptotically Disjoint Quantum Statesalgebraic quantum mechanics since it includes not only classical physics, but also permits a judicious concept of a classical mixture and explains the possibility of the emergence of a classical behavior of quantum systems. A nonpure quantum state can be interpreted as a classical mixture if and onl