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| seen | May 16 at 19:37 | |
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May 10 |
awarded | Supporter |
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Mar 26 |
comment |
Why should multiple versions of a weak measurement preclude it from being a measurement of intrinsic properties of some system So suppose we conclude that what is measured in weak measurement is some combined property of the system of interest and the meter system. Is Parrott's criticism ultimately that one could never consistently devise a protocol for extracting only the information about the system of interest, whether that protocol be setting $\rho$ to 0, or knowing $\rho$ and doing some mathematical manipulation of the data? If that is the case, I am still not certain about what reasoning leads one to that conclusion. If it is not the case, then isn't weak measurement a valid measurement? |
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Mar 26 |
awarded | Student |
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Mar 26 |
asked | Why should multiple versions of a weak measurement preclude it from being a measurement of intrinsic properties of some system |
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Mar 24 |
awarded | Editor |
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Mar 24 |
revised |
Cardinality of the Universes Set added 124 characters in body |
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Mar 24 |
answered | Cardinality of the Universes Set |
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Mar 10 |
awarded | Quorum |
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Feb 22 |
answered | Why must the eigenvalue of the number operator be an integer? |
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Feb 20 |
awarded | Teacher |
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Feb 20 |
answered | Can two distinct spatially separated many-body systems in the ground state contain entangled particles? |
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Jan 28 |
answered | Does the Pauli exclusion principle instantaneously affect distant electrons? |