| Glenn Amatucci |
Materials Science and Engineering |
Energy storage, new energy materials |
CCR 141 |
732-932-6856 |
| Eva Y. Andrei |
Physics and Astronomy |
Condensed matter experiment |
Serin W114 |
848-445-8748 |
| Tewodros Asefa |
Chemistry/Chemical and Biological Engineering |
Novel inorganic nanomaterials, nanocatalysis |
EE E138 |
848-445-2970 |
| Robert A. Bartynski |
Physics and Astronomy |
Electronic properties of surfaces |
Serin 221B |
848-445-8786 |
| Phil Batson |
Physics and Astronomy |
High resolution electron microscopy |
NPL 205 |
848-445-8275 |
| Dunbar Birnie III |
Materials Science and Engineering |
Solar cells, batteries |
CCR 129 |
848-445-5605 |
| Edward Castner, Jr. |
Chemistry and Chemical Biology |
Ionic liquids |
WR 184 |
848-445-2564 |
| Mark Croft |
Physics and Astronomy |
Electronic properties of solids |
Serin W113 |
848-445-8746 |
| Leonard Feldman |
Physics and Astronomy |
Electronic materials, ion beam analysis |
NPL 212 |
848-445-4524 |
| Eric Garfunkel |
Chemistry and Chemical Biology |
Adsorption, structure of surfaces |
WL 225 |
848-445-2747 |
| Stephen H. Garofalini |
Materials Science and Engineering |
Molecular dynamics; SiO2 surfaces |
EE A217 |
848-445-2216 |
| Martha Greenblatt |
Chemistry and Chemical Biology |
Solid state chemistry |
WR 134A |
848-445-3277 |
| Gene Hall |
Chemistry and Chemical Biology |
Surface analysis: PIXE, PIGE |
WL 288 |
848-445-2590 |
| Jane Hinch |
Chemistry and Chemical Biology |
Surface structure and atom scattering from surfaces |
WR 180A |
848-445-0663 |
| Wei Jiang |
Electrical and Computer Engineering |
Nanophotonics |
EE 215 |
732-445-2164 |
| Bernard H. Kear |
Materials Science and Engineering |
Nanomaterials and structural materials |
CCR 220 |
848-445-2245 |
| Lisa C. Klein |
Materials Science and Engineering |
Glass chemistry, sol-gel processing |
EE A225 |
848-445-2096 |
| Jing Li |
Chemistry and Chemical Biology |
Solid-state hybrid materials |
WR 207 |
848-445-3758 |
| Yicheng Lu |
Electrical and Computer Engineering |
Electronic materials and devices, ZnO, piezoelectric thin films |
EE 217 |
732-445-3466 |
| Adrian Mann |
Materials Science and Engineering |
Nanoscale materials characterization techniques |
CCR 214 |
848-445-8421 |
| Seongshik Oh |
Physics and Astronomy |
Molecular beam epitaxy, topological insulators |
Serin W121 |
848-445-8754 |
| Karin Rabe |
Physics and Astronomy |
Theory of novel materials |
Serin E265 |
848-445-9030 |
| Richard E. Riman |
Materials Science and Engineering |
Synthesis and characterization of ceramics |
CCR 106 |
848-445-4946 |
| Thomas Tsakalakos |
Materials Science and Engineering |
Superlattices |
EE A100 |
848-445-2888 |
| David Vanderbilt |
Physics and Astronomy |
Theory of novel materials |
Serin E291 |
848-445-9049 |
| Weida Wu |
Physics and Astronomy |
Scanning probe microscopy |
Serin W117 |
848-445-8751 |
| Jian Zhao |
Electrical and Computer Engineering |
Heterostructure devices |
EE 242 |
732-445-5240 |
| Frank Zimmermann |
Physics and Astronomy |
Dynamical processes, electronic structure of complex materials |
NPL 204 |
848-445-8269 |