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Transport measurements were performed on the organic layered compound \aI3under hydrostatic pressure. The carrier types, densities and mobilities aredetermined from the magneto-conductance of \aI3 . While evidence ofhigh-mobility massless Dirac carriers has already been given, we report here,their coexistence with low-mobility massive holes. This coexistence seemsrobust as it has been found up to the highest studied pressure. Our results arein agreement with recent DFT calculations of the band structure of this systemunder hydrostatic pressure. A comparison with graphene Dirac carriers has alsobeen done.

Evidence for the coexistence of Dirac and massive carriers in a-(BEDT-TTF)2I3 under hydrostatic pressure