- All News & Features
- All Events
-
- Archived Events
-
-
2013
-
2012
-
2011
-
2010
-
2009
-
2008
-
2007
-
2006
-
2005
-
-
2003
-
2002
-
2001
-
2000
-
1999
-
HEP Astro
-
Astronomy Colloquium
-
Biophysics Seminar
-
CM - AMO Seminars
-
CM Theory Seminars
-
Complex Systems
-
Department Colloquia
-
Quantitative Biology Seminars
-
HET Brown Bag Series
-
HET Seminars
-
Life After Grad School Seminars
-
Farrand Memorial Lecture
-
Workshops & Conferences
-
Miscellaneous
-
Saturday Morning Physics
-
Special Lectures
- Search Events
-
- Special Lectures
- K-12 Programs
- Saturday Morning Physics
- Seminars & Colloquia
Tuesday, February 11, 2014
5:00 AM
335 West Hall
Shape and chemical anisotropy play fundamental roles at the colloidal scale, as they can govern the autonomous organization of particles into precise hierarchical structures and ultimately into a desired new material. In this talk, I will present an emulsion-based methodology to design and mass-produce building blocks featuring anisotropic shapes and interactions. The method is based on chemically reactive emulsion droplets that can be polymerized, reshaped and functionalized in bulk. I will further highlight how we use these building blocks to develop heuristic rules to create self-assembling colloidal systems.
| Speaker: |
|---|
