Recent content by amrahmadain

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    Physical significance behind [H, rho]=0

    Thanks Perturbation. Just double checking, this is time evolving the density operator in the Heinsenberg picture, right?
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    Physical significance behind [H, rho]=0

    Thanks a million. One more quick question, please. In constraining the average current in a molecular (or mesoscopic) device, again using the MaxEnt Principle, what possibly could have gone wrong to arrive at a zero induced potential drop? I've some educated guesses but I very much like to...
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    Physical significance behind [H, rho]=0

    In using the Maximum Entropy Principle to derive the non-equilibrium steady-state statistical density operator in quantum transport, I've seen the following constraint used to let the closed quantum system be in steady-state: [H, rh] = 0 I still don't understand the physical significance...
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