Multiple Magnetorotons and Spectral Sum Rules in Fractional Quantum Hall Systems
arXiv:2111.10593 · doi:10.1103/PhysRevLett.128.246402
Abstract
We study numerically the the charge neutral excitations (magnetorotons) in fractional quantum Hall systems, concentrating on the two Jain states near quarter filling, and , and the Fermi-liquid state itself. In contrast to the states and the Jain states near half filling, on each of the two Jain states and the graviton spectral densities show two, instead of one, magnetoroton peaks. The magnetorotons have spin 2 and have opposite chiralities in the state and the same chirality in the state. We also provide a numerical verification of a sum rule relating the guiding center spin with the spectral densities of the stress tensor
arXiv comment6+2 pages. 9 Figures. Comments are welcome!
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