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We study heating and dissipation effects in granular nanosystems in theregime of weak coupling between the grains. We focus on the cotunneling regimeand solve the heat-dissipation problem in an array of grains exactly. We showthat the power to heat ratio has a universal quantized value, which isgeometrically protected: it depends only on the number of grains.

Universality and quantization of the power to heat ratio in nano-granular systems