Improved Composite-Boson Theory of Quantum Hall Ferromagnets and Skyrmions without Sigma Models

Details Improved Composite-Boson Theory of Quantum Hall Ferromagnets and Skyrmions without Sigma Models Improved Composite-Boson Theory of Quantum Hall Ferromagnets and Skyrmions without Sigma Models

1998-03-12

arxiv.org/abs/cond-mat/9803146v2

Physics

Condensed Matter

Mesoscale and Nanoscale Physics

4 pages including 1 figure; the content and figure improved

Scientific paper

We propose an improved composite-boson theory of quantum Hall ferromagnets, where the field operator describes solely the physical degrees of freedom representing the deviation from the ground state. In this scheme skyrmions appear merely as generic excitations confined in the lowest Landau level. We evaluate the excitation energy of one skyrmion. Our theoretical estimation accounts for the activation-energy data due to Schmeller et al. remarkably well.

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