Nature of Quasielectrons and the Continuum of Neutral Bulk Excitations in the Laughlin Quantum Hall Fluids
arXiv:1308.4920 · doi:10.1103/PhysRevLett.112.026804
Abstract
We construct model wavefunctions for a family of single-quasielectron states supported by the fractional quantum Hall (FQH) fluid. The charge = quasielectron state is identified as a composite of a charge- quasiparticle and a quasihole, orbiting around their common center of charge with relative angular momentum , and corresponds precisely to the "composite fermion" construction based on a filled Landau level plus an extra particle in level . An effective three-body model (one quasiparticle and two quasiholes) is introduced to capture the essential physics of the neutral bulk excitations.
4 pages, 3 figs, minor modifications for the published version
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- Shape of the magnetoroton at and in real samples
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- The composite fermion theory revisited: a microscopic derivation without Landau level projection
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