The
NSF Workshop in Programmed Self-Assembly
The NSF Workshop in Programmed
Self-Assembly, Cliff Lodge, Snowbird, UT (co-located with the FNANO05
conference) will consider methods and scientific challenges to developing novel
self-assembly methods and applications that:
- Can be applied to a given
scale (ranging from molecular to micro to even larger scales),
- Relate to or utilize
computational methods, provide programmability and/or
- Utilize interdisciplinary
techniques from at least two scientific disciplines (e.g., chemistry and
mathematics).
NSF develops new funding
programs biased on new emerging research challenges and opportunities, and
applications. This Workshop provides an opportunity for you to have input to
this process.
The main session of this NSF
Workshop in Programmed Self-Assembly will be 8:00 PM-10:00 PM, Tuesday, April
26, 2005, Golden Cliff Room, Cliff Lodge, Snowbird, UT (Co-Located with the
FNANO Conference). A sumptuous dessert and other after-dinner refreshments will
also be provided during the session. At that session, you are invited to make
brief (5 minute with 3 pages of PPT allowed) presentation of your proposed
research challenges (you can submit on the web without a presentation as
well).
The audience will vote on the three best proposals presented
at this NSF Workshop session and generous awards (two $100 awards and one $250
award) will be given to those top three presenters.
Request for Research
Challenges in Programmed Self-Assembly
You are invited to submit your
proposed research challenges and opportunities, and applications in
Self-Assembly. Just fill in the form at web page http://www.cs.duke.edu/fnanonsf.php
.
A Subsequent Report on
Research Challenges in Programmed Self-Assembly
These responses will be
automatically collected together at the web page http://www.cs.duke.edu/~reif/FNANO/NSF/output.html
.
In addition, the responses,
presentations and discussions at the Workshop in Programmed Self-Assembly will
be integrated after the Workshop into a report to NSF to be publicly posted at http://www.cs.duke.edu/~reif/FNANO/NSF/
.