Integrated Miniaturized Materials - From Self-Assembly to Device Integration. Volume 1272
Abstract
Symposium OO intended to provide a forum for discussing what might be termed "complex self-assembly", even though it features "hierarchical self-assembly" in its title. The idea of the symposium is that the units of self assembly themselves should have considerable complexity and/or programmability, and that this complexity should be reflected in the self-assembled structures that result, for example either allowing the construction of complex patterns at large length scales (perhaps hierarchically) or allowing construction into the 3rd dimension. To this end, the Symposium OO featured three tracks on three different aspects of self-assembly: (1) self assembly based on the specific binding interactions afforded by biological molecules such as DNA and protein ("Biological materials"), (2) self-assembly of complex particle systems such as colloidal particles with specific and arbitrary shapes ("Complex particles") and (3) self-assembly of structures based on programmed structural changes in 2D materials to create more complex materials ("Folding, rolling and wrinkling").
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 03, 2011
- Accession Number
- ADA537907
Entities
People
- Alberto Saiani
- Amit Goyal
- Carlos J. Martinez
- David H. Gracias
- Rajesh R Naik
Organizations
- Materials Research Society