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The last three decades have witnessed the discovery of many new superconductors, with properties dramatically different from the conventional low temperature superconductors described by the Bardeen-Cooper-Schrieffer theory. These new superconductors can have much higher critical temperature, and all display antiferromagnetism in their phase diagrams. I will highlight important experimental discoveries of the past two years, and argue that they support a unifying theory and phase diagram for these new superconductors. The quantum critical point describing the loss of antiferromagnetism in a metal plays a central role in this theory. Host: Robert Ecke, CNLS, 667-1444, ecke@lanl.gov |