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Low Energy Electrodynamics in Solids 2012

22–27 Jul 2012
Embassy Suites Napa Valley
US/Pacific timezone

Session

High Tc Cuprates I

26 Jul 2012, 10:45
Chardonnay Ballroom (Embassy Suites Napa Valley)

Chardonnay Ballroom

Embassy Suites Napa Valley

1075 California Boulevard, Napa, California, United States 94559

Conveners

High Tc Cuprates I

  • Harold Weinstock (AFOSR)

Presentation materials

There are no materials yet.

  1. 116. Gap signatures in the IR and THz properties of the cuprate and iron-based superconductors
    Christopher Homes (Brookhaven National Laboratory)
    26/07/2012, 10:45
    High-Tc Cuprates
    Invited
    Christopher Homes Condensed Matter Physics and Materials Sciences Department Brookhaven National Laboratory Advances in infrared spectroscopy have allowed the complex optical properties of superconductors to be examined with unprecedented accuracy. These studies have been particularly revealing in the cuprates and the recently discovered iron-based superconductors, both of which have...
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  2. 142. Control of correlated electrons in metal-oxide superlattices
    Keimer Bernhard (Max Plank Institute for Solid State Research)
    26/07/2012, 11:15
    High-Tc Cuprates
    Invited
    Bernhard Keimer Max Plank Institute for Solid State Research Stuttgart, Germany We will outline recent results of an experimental program aimed at controlling the phase behavior of correlated electrons through the synthesis and characterization of metal-oxide superlattices, with particular emphasis on copper and nickel oxides. Control parameters include the occupation of transition-metal...
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  3. 141. Superconducting gap in the pnictides – theory and ARPES
    Andrey Chubukov (University of Wisconsin, Madison)
    26/07/2012, 11:45
    High-Tc Cuprates
    Invited
    Andrey V. Chubukov University of Wisconsin, Madison I review recent theory works on the gap structure in Fe-pnictides and compare theory predictions with laser and Synchrotron ARPES measurements. I discuss the arguments for s++, s+-, and d-wave gaps and argue in favor of s+- gap for both moderately and strongly doped materials. I further discuss the evidence for symmetry-allowed angle...
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  4. 79. Log(1/T) flux-flow resistivity: a dynamical signature of vortices in cuprate superconductors
    David Broun (Simon Fraser University)
    26/07/2012, 12:15
    High-Tc Cuprates
    Rapid
    David Broun, Simon Fraser University Xiaoqing Zhou, Simon Fraser University Benjamin Morgan, University of Cambridge Wendell Huttema, Simon Fraser University Darren Peets, University of British Columbia & Max-Planck-Institut für Festkörperforschung, Stuttgart Patrick Turner, Simon Fraser University John Waldram, University of Cambridge Ahmad Hosseini, University of British...
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