The Physical Basis of Quantum Relativity
نویسنده
چکیده
Standard Quantum mechanics (SQM) deals with observers, frames of reference (apparatus) and systems under observation (SUOs). Heisenberg based his approach to quantum mechanics on a desire to avoid metaphysical (i.e. unobservable) concepts, dealing only in terms of experimentally observable quantities. Following this idea, we describe an approach to quantum mechanics which deals only with labstates, which represent the observers quantum information about the apparatus. This approach is compatible and consistent with Humes philosophy known as empiricism. We show that conventional ideas do not work without modi cation when we consider certain quantum experiments involving classical special relativistic transformations. We discuss the appearance of quantum horizons, which present a barrier to information transmission between initial and nal state apparatus whenever these are in relative motion.
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تاریخ انتشار 2007