Time, Energy, and the Limits of Measurement
We present a discussion of our microstatistical formalism for multitime quantum measurements. We show that this formalism is capable of dealing with time in quantum mechanics in a rigorous way, and enables one to precisely state and derive time-energy uncertainty relations. Another application to the problem of the quantum limit of accuracy of position measurements in the context of gravitational wave detection is briefly discussed.
KeywordsDensity Matrix Quantum System Quantum Measurement Maximum Entropy Principle Gravitational Wave Detection
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