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Quantum decoherence is the loss of quantum coherence. Quantum decoherence has been studied to understand how quantum systems convert to systems which can explained by classical mechanics. Beginning out of attempts to extend the understanding of quantum mechanics, the theory has developed in several directions and experimental studies have ...
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Nov 3, 2003 · 1. Theory of Decoherence. The two-slit experiment is a paradigm example of an interference experiment. One repeatedly sends electrons or other particles through a screen with two narrow slits, the electrons impinge upon a second screen, and we ask for the probability distribution of detections over the surface of the screen.
Aug 12, 2018 · The concept of decoherence is an integral part of the Many Worlds interpretation of quantum mechanics. It has also been included as part of a number of other interpretations, including, in modern times, even the Copenhagen Interpretation. As a theory, decoherence is expressed mathematically and is among the mathematical theories of quantum ...
What is Decoherence? It is best to introduce decoherence with a simple example. Before doing so, we need to have something to decohere. The job of decoherence is to bring a quantum system into an apparently classical state. What especially differentiates a quantum system from a classical system is the concept of a superposition of states. In ...
Decoherence is a technical result concerning the dynamics and measurement statistics of open quantum systems. From this view, decoherence merely addresses a consistency problem, by explaining how and when the quantum probability distributions approach the classically expected distributions.
