Abstract
We present evidence for a new form of quantum Hall effect (QHE) in organic molecular metals, in which the chemical potential is pinned to quasi-one-dimensional states between sharp quasi-two-dimensional Landau levels over finite regions of magnetic field. A dramatic change in the behaviour of the resistivity component ρ zz occurs when the QHE is observed, suggesting the presence of a chiral Fermi liquid at the sample edges.
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