Resurrection of the Melting Line in the Bose Glass Superconductor

Details Resurrection of the Melting Line in the Bose Glass Superconductor Resurrection of the Melting Line in the Bose Glass Superconductor

1995-05-26

arxiv.org/abs/cond-mat/9505139v1

Physics

Condensed Matter

4 pages, self-unpacking uuencoded compressed postscript file with figures already inside text; unpacking instructions are at t

Scientific paper

10.1103/PhysRevLett.74.4923

I argue that in contrast to $BB_\phi$, the additional vortices see a significantly weaker random $z$-independent potential due to the caging by the vortices strongly pinned on the columnar defects. The result is that for $B>B_\phi$, upon cooling, the VL undergoes a sharp crossover to the Interstitial Liquid (IL) where SBG coexists with a resistive liquid of interstitial vortices. At lower $T$ the IL freezes into a distinct Weakly-pinned Bose Glass phase (WBG). Therefore for $B>B_\phi$ the true linear superconductor only forms at $T$ well below the $B

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