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I thought I'd try live-blogging this BIRS workshop:
and then polish up what I write and post it on the Azimuth Blog.
We've got people from different backgrounds:
The first talk will be
According to this webpage from the UC San Francisco center for systems and synthetic biology:
David did his graduate work with Erik Winfree at Caltech, focusing on algorithmic self-assembly and on synthetic networks of nucleic-acid interactions based on strand displacement cascades. He is interested in "molecular programming": the systematic design of complex molecular systems based on the principles of computer science and distributed computing. More generally, he is trying to create a theoretical foundation of chemical computation applicable to both synthetic and natural systems.
According to his homepage, his research interests are:
Wet-lab The rational design of molecular interactions for synthetic biology, nanotechnology, and bioengineering. The goal is to engineer autonomous molecular systems that can sense, compute, and perform various actions. Using nucleic-acid "strand displacement cascades" as the molecular primitive, we are able to attain freedom of design that hasn't been previously possible.
Theory The theoretical foundation of chemical computation. Once we have a way to program molecular interactions, what programming language shall we use? How molecules can process information and carry out computation is still not well-understood; however, a formal connection to models of concurrent computation may allow systematic and scalable design, rigorous analysis and verification. Further, computational principles may elucidate the design of biological regulatory networks.