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We investigate the quantum heat exchange between a nanojunction and amany-body or electromagnetic environment far from equilibrium. It is shown thatthe two-temperature energy emission-absorption mechanism gives rise to a giantheat flow between the junction and the environment. We obtain analyticalresults for the heat flow in an idealized high impedance environment andperform numerical calculations for the general case of interacting electronsand discuss the giant freezing and heating effects in the junction undertypical experimental conditions.

Giant Quantum Freezing of Tunnel Junctions mediated by Environments