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Quantum Physics via Quantum Tomography: A New Approach to Quantum Mechanics
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[QUOTE="A. Neumaier, post: 6587268, member: 293806"] One can do statistics with any collection of measurement results. But in the case you mention, where the data come from a single particle, the statistics is not governed by Born's rule. Each data point is obtained at a different time, and at each time the particle is in a different state affected in an unspecified way by the previous measurement. So how could you calculate the statistics from Born's rule? Instead, the statistics is treated in the way I discussed in case (A). If the nondestructive single photon measurements result in a time series, the situation for this photon is the same as for the particle in the Penning trap. I didn't know that accelerators measure momentum and polarization of individual photons. Could you provide me with a reference where I can read details? Then I'll be able to show you how it matches the description in my paper. [/QUOTE]
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