Standard condensed matter and statistical physics methods use randomness, nonlinearity, and irreversibility, which this paper treats as evidence that the Schrödinger equation fails for macroscopic finite-temperature systems.
Consistent histories and the interpr etation of quantum mechanics
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What condensed matter physics and statistical physics teach us about the limits of unitary time evolution
Standard condensed matter and statistical physics methods use randomness, nonlinearity, and irreversibility, which this paper treats as evidence that the Schrödinger equation fails for macroscopic finite-temperature systems.