Highlights
Oct 3, 2006
University of Pennsylvania
De Novo Designed Proteins
Bohdana Discher
Oct 3, 2006
University of Pennsylvania
Natural Pore-Forming Proteins
Paul A. Heiney and Virgil Percec
Sep 22, 2006
Carnegie Mellon University
X-ray Vision for Materials
R.M. Suter /CMU MRSEC, Carnegie Mellon University, NSF DMR- 0520425
Sep 22, 2006
Stanford University
The Key to Making High Mobility Polymer Thin Film Transistors: Nucleation of Crystals Off of the Gate Dielectric
When conjugated polymer crystals nucleate off of the gate dielectric, the conjugated backbones, shown in red, are all aligned. Charge can easily hop from one grain to another.
Proven strategies for nucleating crystals on the dielectric
* Make the dielectric smooth
* Coat the dielectric with OTS
* Use high boiling point solvent or anneal the film
* Use high molecular weight polymers.
Sep 22, 2006
The University of Alabama
Molecular Charge Storage Materials - IRG2
Jia Sun, Brad Payne, Greg Szulczewski, and Silas Blackstock (February, 2006)
Sep 19, 2006
Stanford University
Label-Free Bioanalytical Detection Using Membrane-Coated Silica Nanoparticles
Michael M. Baksh, Esther M. Winter, Nathan G. Clack and Jay T. Groves: University of California, Berkeley and Lawrence Berkeley National Lab
Aug 14, 2006
The University of Alabama
Center for Materials for Information Technology Game Museum
Center for Materials for Information Technology at University of Alabama have recently gone live with 5 computer games targeted at middle school students. The games are designed to teach them about the periodic table and one is designed to teach about rock classifications.
Jul 25, 2006
University of Oklahoma
Greener Q-Dots: Doped Nanocrystals
Demonstrates a new class of Quantum Dots that are not toxic but fluoresce throughout the visible by varying the dopant.
Jul 25, 2006
California Institute of Technology
The Eyes Have It
Researchers in the Center for the Science and Engineering of Materials (CSEM) at the California Institute of Technology are developing a new class of biomaterials for use in surgery and regenerative medicine. These new materials are produced by genetic engineering, and consist of pieces of natural proteins that have been stitched together in new ways to allow control of both their mechanical properties and their interactions with cells and tissues after surgical implantation.
Jul 25, 2006
University of Oklahoma
Forensic Science As A Springboard - OU RET's Take Modules on the Road to Metrotech High School
"CSI is a hot topic, and that makes it fascinating to kids. But it's also applied science, and it's a powerful way to get kids involved in the scientific process: carefully documenting observations and analyzing results." Merle Hunsaker, RET and science teacher.
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