Computational Biology of the Cell
The Next Decade
Clockwise:
fullerene orbitals, satellite
tobacco mosaic virus, photosynthetic chromatophore
vesicle
Amidst the great turmoil in
the world around us we witness as computational
biologists once-in-a-life time opportunities:
- Technologies in the form
of petascale computers like Blue Waters, the Shaw computer, and
graphics processing units, promise ms
simulations soon.
- Coarse-grained algorithms
will permit explorations into entirely new
scales of time and space.
- Force fields accounting
for atomic polarizabilities and linking to
quantum chemistry on the fly make simulations
more accurate than ever.
- Hybrid computational -
experimental (X-ray, EM) methods will reveal
cellular machines from the ribosome to the
flagellum.
- Partnerships between
computing and biotechnology / pharmacology are
hugely promising.
We need to prepare ourselves
for the challenges and opportunities of the next
decade. This one-of-a-kind symposium
"Computational Biology - The Next Decade" will
give us the freedom to explore what's ahead. The
best, most active, and most communicative
scientists are invited to this event for an
interesting and valuable experience.
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Celebrating 20 years of the Theoretical and Computational Biophysics Group
at the Beckman Institute of the University of Illinois at Urbana-Champaign
Brief History
Program
Group Photo
Photo Gallery
Dinner Talk
Abstracts
Speakers
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