"Nernst effect: from simple to correlated metals"Vadim Oganesyan , Princeton University [Host: Paul Fendley]
ABSTRACT:
Since the discovery of large Nernst effect in the pseudogap of
hole-doped cuprates this transport coefficient is becoming a new tool
with which to probe correlated electronic behavior. I will first
survey the recent experimental data on materials as varied as
superconductors, charge and spin density waves, heavy Fermi liquids
and ferromagnets. In some cases I will suggest possible common origins
of such behavior and support them with calculations.
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Condensed Matter Seminar Thursday, February 5, 2004 4:00 PM Physics Building, Room 204 Note special time. Note special room. |
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