Quantum State Reduction and the Repeatability Hypothesis

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概要

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• The argument is re-examined that the program of deriving the rule for the state change caused by a measurement from the Schrodinger equation holding for the object-apparatus composite system falls into a vicious circle or an infinite regress called the von Neumann chain. It is shown that this argument suffers from a physical inconsistency concerning the causality between the process of reading of the outcome in the apparatus and the state change in the measured object caused by the measurement. A consistent argument which accomplishes the above program without falling into the circular argument is presented.

• 科学基礎論学会の論文
• 2003-03-05

著者

• Ozawa Masanao

  Graduate School Of Information Sciences Tohoku University

関連論文

• Quantum Measurements, Instruments, and Uncertainty Principle
• Quantum State Reduction and the Repeatability Hypothesis

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