This two-year, $199,934 National Science Foundation project grant funds research at California State University, Fullerton to develop responsive self-assembled materials through light-driven shape-shifting of colloidal particles. The goal is to advance engineering of microscopic responsive materials with applications in areas like defect engineering, colloidal robotics, and active matter studies. Specifically, the grant supports testing the hypothesis that ordered and disordered colloidal assemblies can reshape globally through local tuning of particle shapes using patterned light illumination. It also aims to develop numerical models of shape-shifting dynamics based on colloidal interaction properties. In addition to advancing fundamental science, the grant provides research experience for undergraduate and masters students at the Hispanic-serving institution grantee. The work is aligned with the NSF Engineering Directorate's mission to foster innovation in engineering research and education under the $47.041 million CFDA program for general Engineering sciences.
Mod # | Description | Reason For Modification | Federal Obligation (Click to sort descending) | Date (Click to sort ascending) |
|---|---|---|---|---|
| Not listed | $199.9k | 3/21/23 |