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Introduce the classical complex variable α = (q + ip)/ √ 2, which has the equation of motion ˙α = 1√ 2 [f1(α, α∗) + if2(α, α∗)] , (53) where f1(α, α∗) ≡ f1(q = ( α + α∗)/ √ 2, p =

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Power-law distributions in nonequilibrium open quantum systems

quant-ph · 2024-10-09 · unverdicted · novelty 6.0

Nonlinear dissipation in open quantum systems produces power-law tails in steady-state energy distributions via multiplicative quantum noise enforced by quantum mechanics.

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Power-law distributions in nonequilibrium open quantum systems quant-ph · 2024-10-09 · unverdicted · none · ref 46
Nonlinear dissipation in open quantum systems produces power-law tails in steady-state energy distributions via multiplicative quantum noise enforced by quantum mechanics.

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