Abstract

We studied by computer simulation the variable-range hopping regime in the presence of Coulomb interactions in the strongly localized limit. We took full account of many-body effects by considering the many-electron configurations of the system rather than single-particle states. We studied methodically systems of different sizes. The systematic size dependence allows us to extrapolate our results and to draw conclusions about the importance of many-body effects in macroscopic systems. Many-electron transitions were seen to be important at very low temperatures.

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