Superfluid density as a guide to optimal superconductivity in doped low dimensional antiferromagnets

Details Superfluid density as a guide to optimal superconductivity in doped low dimensional antiferromagnets Superfluid density as a guide to optimal superconductivity in doped low dimensional antiferromagnets

2006-09-25

arxiv.org/abs/cond-mat/0609628v1

Physics

Condensed Matter

Strongly Correlated Electrons

Invited article in memory of D. Shoenberg; To be published by the American Inst. of Phys. and the journal of Low Temp. Phys

Scientific paper

Following the direct observation of abrupt changes in the superconducting ground state in doped low dimensional antiferromagnets, we have identified a phase transition where superconductivity is optimal. The experiments indicate the presence of a putative quantum critical point associated with the emergence of a glassy state. This mechanism is argued to be an intrinsic property and as such largely independent of material quality and the level of disorder.

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