| Name |
CV |
Research Area |
| Doug Abernathy |
|
Wide Angular-Range Chopper Spectrometer (ARCS). Atomic-scale dynamics at thermal and epithermal energies |
| John Ankner |
|
Liquids Reflectometer (LR). Density profiles normal to the surface at liquid surfaces and liquid interfaces |
| Bryan Chakoumakos |
CV |
Nuclear and magnetic crystal structure systematics and structure-property relationships among inorganic materials, powder and single-crystal neutron and x-ray diffraction methods |
| Hahn Choo |
|
Engineering neutron diffraction, structure-property relationships of structural materials, residual stresses |
| Leighton Coates |
CV |
Macromolecular Neutron Diffractometer (MaNDi). Protein crystallography, biological structure and function |
| Clarina Dela Cruz |
|
High-Resolution Powder Diffractometer (HB2A). Magnetic and structural phase transitions, multiferroics, superconductors |
| Georg Ehlers |
CV |
Cold Neutron Chopper Spectrometer (CNCS). Inelastic neutron scattering, magnetism |
| Jaime Fernandez-Baca |
CV |
Magnetic ordering and spin dynamics of strongly correlated electron materials such as magnetoresistive oxides, multiferroics, and related alloys using neutron scattering techniques |
| Ovidiu Garlea |
|
High-Resolution Powder Diffractometer (HB2A). Magnetic and structural phase transitions, orbital ordering, low-dimensional quantum magnetism |
| Garrett Granroth |
CV |
Fine-Resolution Fermi Chopper Spectrometer (SEQUOIA). Atomic-scale dynamics in the 0 – 2eV range, magnetic materials, quantum magnetism, disordered magnets |
| Mark Hagen |
|
Hybrid Spectrometer (HYSPEC). Inelastic neutron scattering and diffraction, magnetism, ferroelectricity, magnetic and structural phase transitions, real time and in-situ neutron scattering |
| William T. Heller |
|
Center for Structural Molecular Biology; small-angle neutron scattering, biological macromolecules and self-assembled systems, computational modeling |
| Ken Herwig |
|
Atomic scale dynamics, diffusive and vibrational motions of adsorbed molecules or large molecules |
| Jason Hodges |
|
Powder Diffractometer (POWGEN). Atomic structure in a wide variety of powdered crystalline samples |
| Christina Hoffmann |
|
Single Crystal Diffractometer (TOPAZ). Atomic structure in moderate-unit-cell single crystal samples |
| Camden Hubbard |
|
Residual stress mapping in engineering and research samples, micro residual stresses in polycrystalline composites, crystal structure and in situ studies |
| Ashfia Huq |
CV |
Powder Diffractometer (POWGEN). Atomic structure analysis of powder crystalline and non crystalline materials using the Rietveld and PDF method |
| Alexander Kolesnikov |
CV |
Condensed matter physics: lattice dynamics, phase transitions, and disordered materials. Materials chemistry: energy materials |
| Mark Lumsden |
|
Neutron spectroscopy, magnetic materials,low-dimensional quantum magnetism |
| Eugene Mamontov |
CV |
Backscattering Spectrometer (BASIS). Atomic scale dynamics, diffusive motions of molecules on surfaces and in confinement |
| Flora Meilleur |
CV |
Biophysical chemistry
of proteins, focusing
on structure and
function relationships,
protein crystallography |
| Yuri Melnichenko |
CV |
Small angle neutron scattering; soft condensed matter; phase transitions and critical phenomena in liquid and supercritical polymer solutions, gels and blends; dynamics and structure of fluids confined in small pores |
| Herb Mook |
|
Magnetism and lattice dynamics of highly correlated electronic systems such as heavy fermion materials and the high temperature superconductors |
| Dean Myles |
|
Center for Structural Molecular Biology, biological structure & function, bio-SANS, bio-mimetics, protein crystallography, deuterium labeling |
| Steve Nagler |
|
Inelastic neutron scattering and diffraction, novel materials, correlated electron systems, low dimensional and quantum magnetism, molecular magnets, phase transitions |
| Joerg Neuefeind |
|
Disordered Materials Diffractometer (NOMAD). Atomic structure of liquids and glasses, neutron and hard x-ray scattering. |
| Michael Ohl |
CV |
Neutron Spin Echo Spectrometer (NSE). Inelastic neutron scattering, dynamics in glasses and disordered materials |
| Andrey Podlesnyajk |
CV |
Cold Neutron Chopper Spectrometer (CNCS). Inelastic neutron scattering, magnetism, correlated electronic systems, lattice and spin excitations |
| Lee Robertson |
|
Local atomic arrangements in alloys, martensitic phase transitions, lattice dynamics, structure and dynamics of liquids and amorphous materials |
| Greg Smith |
|
Neutron reflectometry, soft condensed matter, thin films and interfaces, biomimetic materials |
| Chris Tulk |
|
Spallation Neutrons and Pressure Diffractometer (SNAP). Atomic structure at pressures up to 100 Gp; Small-angle scattering from liquids and glasses, and analysis of disorder in crystalline materials |
| Volker Urban |
|
Small angle neutron and x-ray scattering, macromolecular structures, soft condensed matter and biological systems |
| Xiaoping Wang |
CV |
Single Crystal Diffractometer (TOPAZ, BL-12), Chemical Crystallography, Structure and Bonding in Molecular Compounds, Energy Storage Materials. |
| Xun-Li Wang |
CV |
Engineering Materials Diffractometer (VULCAN). Residual stress, mechanical behaviors, phase transformation, magnetism. In-situ time-resolved diffraction and small angle scattering. |
| George Wignall |
CV |
Small angle neutron scattering, macromolecular structures in the condensed and fluid states, polymers and polymers solutions |
| Barry Winn |
|
Neutron triple axis spectroscopy, shape memory alloys |
| Michaela Zamponi |
CV |
Inelastic neutron scattering, soft condensed matter, polymer dynamics |
| Jerel Zarestky |
CV |
Neutron triple-axis spectrometry, lattice dynamics, magnetism, intermetallic compounds, superconductivity |
| Jinkui Zhao |
|
Extended Q-Range Small-Angle Neutron Scattering Diffractometer (EQ-SANS). Large-scale structures in a variety of materials, including biological molecules, polymers, colloidal systems |
