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Low-energy electronic states in monolayer and bilayer graphenes presentchiral charge carriers with unique and unusual properties of interest forelectronic applications. Here, we report the magnetotransport measurements inthe ABC-stacked trilayer graphene as a function of charge carrier density,magnetic field, and temperature, which show clear evidence of l = 3 chiralquasiparticles with cubic dispersion, existing in a large, 20x60 sq. micronsdevice. Shubnikov-deHaas oscillations (SdHO) reveal the Berry's phase 3\pi, andthe marked increase of cyclotron mass near charge neutrality, consistent withdivergent behavior expected for l = 3 quasiparticles. We also observe thepredicted unconventional sequence of quantum Hall effect (QHE) plateaus,+/-6e^2/h, +/-10e^2/h, ... .

The experimental observation of quantum Hall effect of l = 3 chiral charge carriers in trilayer graphene