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Quantum processes are described by Schrodinger's equation, that is a linear differential equation in time. Consequently, it's solutions for every possible bound
by abdullahkhalids 6y ago
Quantum processes are described by Schrodinger's equation, that is a linear differential equation in time. Consequently, it's solutions for every possible boundary conditions are always reversible.
- mikhailfranco 6y agoThe Schrodinger Equation is obviously wrong in gravitational scenarios, because it is expressed in a background classical t that does not exist in GR, let alone a future theory of QG.
- Causality1 6y agoSo if you could measure an atom precisely enough you could calculate exactly when it decayed from a heavier atom?
- miltondts 6y agoMeasuring things is kind of problematic. https://en.m.wikipedia.org/wiki/Measurement_problem https://en.m.wikipedia.org/wiki/Measurement_problem
- Causality1 6y agoI'm just saying, theoretically, there's something different about an atom that decayed an hour ago vs one that decayed a year ago?