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Experimental Condensed Matter Physics Division of Materials Sciences and Engineering |
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The portfolio consists of a
broad-based experimental program in condensed matter and materials physics
research emphasizing electronic structure, surfaces/interfaces, and new
materials. It includes the
development and exploitation of advanced experimental techniques and
methodology. The objective is
to provide the understanding of the physical phenomena and processes
underlying the properties and behavior of advanced materials.
The portfolio includes specific research thrusts in magnetism,
semiconductors, superconductivity, materials synthesis and crystal growth,
and photoemission spectroscopy. The
portfolio addresses well-recognized scientific needs, including
understanding magnetism and superconductivity; the control of electrons
and photons in solids; understanding materials at reduced dimensionality,
including the nanoscale; the physical properties of large, interacting
systems; and the properties of materials under extreme conditions. For more information about this core research activity, please contact Dr. Andrew Schwartz. Click here for information on other core research activities supported by BES.
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Last Modified 07/27/2008
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