Research at a Glance:
Outreach
The molecular graphics front end of this tool, VMD, is already used by many biomedical researchers and promises to become an even more popular software tool in the biomedical community since Schulten's group has just completed a version for PCs that furnishes on low cost graphic cards the functionality and speed reserved previously only for expensive special purpose computers. It will permit professionals and students alike to take advantage of the rapidly growing structural data bases in their daily work and studies.
The Schulten group operates a computational molecular biology laboratory that is unrivaled and is available to collaborating scientists and visitors.
Schulten has been active as a leader in the computational biology
community. He founded and directs the NIH Resource for Biomolecular Modelling
and Bioinformatics at the U. of Illinois. The Resource
includes computer science and theoretical chemistry faculty and develops
as well as distributes the modelling software mentioned above. Schulten
leads as principle investigator the NSF funded Grand Challenge Group
collaborating on computational methods for large scale molecular dynamics
simulations on massively parallel machines. This group includes
J. Board of Duke, A. Brunger of HHMI at Yale, J. Hermans of UNC, T.
Schlick of HHMI at NYU, as well as computer scientists L. Kale and R.
Skeel of UIUC [ 63]. Schulten periodically organizes various
conferences. Most recently (March 1999), he organized at the NIH campus
a conference on "Opportunities in Molecular Biomedicine in the Era of
Teraflop Computing". He issued a resulting report
outlining key research directions for the next decade of computational
biology. On the campus of the U. of Illinois at Urbana-Champaign,
Schulten organizes since several years a Theoretical Biophysics
seminar series with many distinguished lecturers that has transformed
his group into an intellectual center of Theoretical and Computational
Biology. In the spring 2000 he organises a very popular all campus class
Biological
Physics 001 that explains to students and faculty the revolutionary
advances in modern biomedicine.
Schulten teaches Theoretical
Physics and Theoretical Biology classes and is writing
on textbooks in quantum
mechanics and theoretical
biophysics (see "lecture notes"). Schulten is a popular lecturer at
national and international conferences; in the year 2000 he will give
major invited lectures at 12 international meetings. Schulten has been
often invited to teach at summer schools, for example, in April 2000 in
Perth,
Australia. Some of his lectures are:
- From simplicity to complexity and back: Function, architecture and mechanism of light harvesting systems in photosynthetic bacteria (in PDF; 8 Mbytes, but worth it)
- Curve crossing in a protein: Coupling of the elementary quantum process to motions of the protein (in PDF, 244 Kbytes)
- Probing protein motion through temperature echoes (in PDF, 362 Kbytes)
- Molecular dynamics studies of bacteriorhodopsin's photocycles (in PDF, 350 Kbytes)
- Topology representing maps and brain function (in PDF, 1.5 Mbytes)