Proposal Review Panel

Torgny Gustafsson (MAT2) Rutgers University Dept of Physics & Astronomy Piscataway, NJ, USA		Amy Rosenzweig (Bio) Northwestern University Chemistry, Biochemistry, Molecular Biology and Cell Biology Chicago, IL, USA
John Zachara (MEIS) Batelle / Pacific Northwest Laboratories Chemical Sciences Division Richland, WA, USA		Victor Henrich (MAT2) Yale University Dept of Applied Physics New Haven, CT, USA
Michel Koch (BIO) Muellenhoffweg 33a EMBL (Retired) Hamburg, Germany		Franz Himpsel (MAT2) University of Wisconsin Dept of Physics Madison, WI, USA
Susannah Scott (MAT1) University of California Chemical Engineering 10 Mesa Road Santa Barbara, CA, USA		Ron Stenkamp (BIO) University of Washington Dept of Biological Structure Seattle, WA, USA
Rachel Segalman (MAT1) UC Berkeley Dept. of Chemical Engineering 201-D Gilman Hall Berkeley, CA, USA		Samuel Traina (MEIS) University of California School of Natural Sciences Sierra Nevada Rsch. Inst. PO Box 2039 Merced CA, USA
Paul Fenter (MEIS) Argonne National Laboratory Chemistry Division Argonne IL, USA		Gerard Wong (MAT1) UCLA Dept. of Bioengineering Los Angeles, CA USA
Lawrence Que, Jr. (BIO) University of Minnesota Department of Chemistry Minneapolis, MN, USA

BIO: The biology panel reviews proposals requesting beam time for imaging, X-ray spectroscopic studies, small-angle scattering experiments, and crystallography of biologically important samples.
MAT1: The materials-1 panel reviews proposals requesting beamtime for material structure (atomic or nanoscopic structures of hard or soft matter) and properties (reactivity, self assembly). For example, this includes proposals concerning complex fluids, biological and synthetic polymers, batteries, organic electronics, and catalysts.
MAT2: The materials-2 panel reviews proposals requesting beam time for experiments in solid state physics and materials science, including electronic structure of solids, surfaces and interfaces, using UV and soft x-ray sources at SSRL. Examples include angle-resolved and core-level photoelectron spectroscopies, x-ray absorption and x-ray magnetic dichroism.
MEIS: The molecular environmental and interface science panel reviews proposals requesting beam time for imaging, spectroscopy, diffraction and scattering studies of natural samples and those that are designed to be environmentally and geologically relevant. Such samples are often characterized by their high degree of spatial, chemical and structural heterogeneity across a wide range of chemical concentrations. The MEIS panel considers materials of biogeochemical origin or transformation and investigations of microbiologic soil chemistry and geochemistry.

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