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We are considering here the appearance of charge order near vortices in superconductors with no preexisting charge order. The very different converse problem, the influence of preexisting charge order on vortices in the superconductivity, was studied by
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We are considering here the appearance of charge order near vortices in superconductors with no preexisting charge order. The very different converse problem, the influence of preexisting charge order on vortices in the superconductivity, was studied by M. Ichioka, M. Takigawa, and K. Machida, J. Phys. Soc. Jpn. 70, 33 (2001).
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unpublished, computed LDOS modulations in a toy model of electrons scattering off static charge density wave order produced by the pinning of the sliding mode of the SDW. Here we consider dynamic SDW fluctuations as the primary collective degree of freedom and couple it directly to the electrons
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A. Polkovnikov, S. Sachdev, M. Vojta, and E. Demler, (unpublished), computed LDOS modulations in a toy model of electrons scattering off static charge density wave order produced by the pinning of the sliding mode of the SDW. Here we consider dynamic SDW fluctuations as the primary collective degree of freedom and couple it directly to the electrons.
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Polkovnikov, A.1
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The numerical results were sensitive only to the SDW dispersion (formula presented) near the ordering wave vector, and not to its behavior elsewhere
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The numerical results were sensitive only to the SDW dispersion (formula presented) near the ordering wave vector, and not to its behavior elsewhere.
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31
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unpublished
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Howald, C.1
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