McFadden published his book " Quantum Evolution " in 2000.
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"whether prospective adaptation as prelude to quantum evolution arises adaptively or inadaptively.
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It requires a special setup for the conditional wavefunction of a system to obey a quantum evolution.
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This means that the classical action is the phase acquired by quantum evolution between two fixed endpoints.
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This is required by the reversibility ( or unitarity ) of the quantum evolution of the beam splitter.
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Quantum evolution differed from these styles of change in that it involved a drastic shift in the classes ."
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It surely is not involved in all cases of quantum evolution, but there is a strong possibility that it is often involved.
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Thus, they show that to get a full understanding of quantum evolution, non completely-positive maps should be considered as well.
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"' Quantum evolution "'is the hypothesis that quantum effects can bias the process of mutation towards adaptive genetic variation.
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Simpson considered quantum evolution his crowning achievement, being " perhaps the most important outcome of [ my ] investigation, but also the most controversial and hypothetical ."
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