Fractional statistics and duality: strong tunneling behavior of edge states of quantum Hall liquids in the Jain sequence
arXiv:cond-mat/0608520 · doi:10.1103/PhysRevLett.98.176801
Abstract
While the values for the fractional charge and fractional statistics coincide for fractional Hall (FQH) states in the Laughlin sequence, they do not for more general FQH states, such as those in the Jain sequence. This mismatch leads to additional phase factors in the weak coupling expansion for tunneling between edge states which alter the nature of the strong tunneling limit. We show here how to construct a weak-strong coupling duality for generalized FQH states with simple unreconstructed edges. The correct dualization of quasiparticles into integer charged fermions is a consistency requirement for a theory of FQH edge states with a simple edge. We show that this duality also applies for weakly reconstructed edges.
arXiv comment4+epsilon pages
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