Keyword Index
As an aid to website visitors who are searching for information about a particular physics research topic or technique, the index below lists keywords for the main topics and techniques under investigation in our department, and connects these keywords to the faculty member(s) most closely involved. The web pages for relevant faculty member(s) offer additional particulars, including contact information.
|
Keyword |
Faculty Member(s) |
| baryon resonances | Manley |
| bioinformatics | Portman |
| biophysics | Allender, Balci, Kumar, Mann, Portman |
| biopolymers | Allender, Portman |
| biological membranes | Allender, Portman |
| biomaterials (lipids, surfactants, cholesterols) | Allender, Mann |
| carbon nanotube polymer composites | Kumar, Sprunt |
| complex fluids | Gleeson, Mann |
| computational biophysics | Portman |
| computational physics | Portman |
| DNA physics | Balci |
| education (sponsored research) | Barrick, Christensen, Ellman, Emmons, Katramatou, Mann, Portman |
| electrohydrodynamics | Gleeson |
| field-theory | Fai, Quader, Tandy |
| fluorescence correlation spectroscopy | Kumar, Mann |
| grid computing | Keane, Margetis |
| Hall effect | Almasan, Schroeder |
| heavy-ion collisions | Fai, Keane, Margetis |
| heavy fermions | Almasan, Quader, Schroeder |
| high temp superconductors | Almasan, Ellman, Quader, Schroeder |
| liquid crystals | Allender, Finotello, Gleeson, Kumar, Mann, Sprunt |
| magnetoresistance | Almasan, Schroeder |
| magnetic properties of materials | Almasan, Schroeder |
| microcalorimetry | Ellman, Finotello |
| microfabrication | Kumar |
| microscopy (tunneling and atomic force) | Ellman |
| millikelvin refrigeration | Almasan, Ellman, Finotello |
| nano-materials | Kumar, Sprunt |
| neutron detectors | Anderson, Madey, Watson |
| neutron polarimeters | Anderson, Madey, Watson |
| neutron scattering (condensed matter) | Kumar, Schroeder |
| nuclear form factors | Anderson, Katramatou, Madey, Petratos, Watson |
| nuclear magnetic resonance | Finotello |
| nuclear structure | Anderson, Madey, Watson |
| optics (electro-optics, nonlinear, etc) | Gleeson, Sprunt |
| partial-wave analyses | Manley |
| particle/nuclear physics | Anderson, Fai, Katramatou, Keane, Madey, Manley, Margetis, Petratos, Tandy, Watson |
| pattern-recognition software & neural nets | Keane, Margetis |
| protein folding & protein interactions | Portman |
| quark-gluon physics | Fai, Keane, Margetis |
| relativistic nuclear collisions | Fai, Keane, Margetis |
| RNA dynamics | Portman |
| semiconductors (organic) | Ellman |
| single molecule fluorescence | Balci |
| spin of the nucleon | Anderson, Katramatou, Petratos, Watson |
| SQUID magnetometry | Ellman |
| structure functions (neutron & proton) | Katramatou, Petratos |
| superconductivity | Almasan, Ellman, Quader, Schroeder |
| superfluidity | Finotello |
| surface physics | Finotello, Mann |
| synchrotron x-ray scattering | Kumar |
| two-dimensional systems | Finotello, Mann |
| x-ray scattering | Kumar |