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We investigate magnetic-field asymmetries in the linear transport of amesoscopic conductor interacting with its environment. Interestingly, we findthat the interaction between the two systems causes an asymmetry only when theenvironment is out of equilibrium. We elucidate our general result with thehelp of a quantum dot capacitively coupled to a quantum Hall conductor anddiscuss the asymmetry dependence on the environment bias and induced dephasing.

On the validity and breakdown of the Onsager symmetry in mesoscopic conductors interacting with environments