Visiting Scholar
Department of Applied Mathematics and Theoretical Physics
University of Cambridge
Silver Street
Cambridge CB3 9EW
England
Telephone +44 1223 337733 Fax +44 1223 337918 B.J.Leimkuhler@damtp.cam.ac.uk
I work on dynamics algorithms and geometric integrators , including methods for constrained Hamiltonian systems such as: molecular dynamics, rigid body systems, and physical evolution equations.
I am helping to organize a special meeting on molecular
modelling at Berlin, May 21-24 1997.
Normally, I live in the town of Lawrence, Kansas on the Kaw River.
This is a peaceful town with a violent past.
(Lawrence was burned and sacked twice within a decade of its founding
at about the time of the Civil War.)
Lawrence's most famous resident, William S. Burroughs,
is, appropriately, a peaceful person with a violent past.
An entire neighborhood
of Lawrence is on the historic register. The downtown, one of the
best preserved small city main streets in the US, is thriving lately with
a boom in population and industry, and there are many new shops, restaurants,
cafes, an excellent bakery, and even a trio of breweries.
The University of Kansas has one of the most beautiful campuses in
the world. Of course it is not quite as magnificent as Cambridge, but
it might catch up in 900 years or so. The math department has a
history of being very pure. Solomon Lefschetz
did some of his best work as a junior faculty member in the period
1914-1921. Lately, there has been a great deal of improvement in
applied mathematics, with several new hires in areas such as numerical
analysis and chaotic dynamics.
Recently, math department faculty, myself included, have been
teaming up with faculty of chemistry, physics and engineering to do
pioneering work (well, work that we hope is pioneering) of a highly
interdisciplinary nature. We have two bits of infrastructure to
support these interactions, the Kansas Institute for Theoretical
and Computional Science (KITCS) and the Kansas Center for Advanced
Scientific Computing (KCASC); they are funded by NSF and the State of
Kansas. KITCS/KCASC provide opportunities for students and
faculty to interact, and to host joint seminars, workshops and
conferences.
This year, the mathematics department will install a new
scientific computing laboratory, including a 4 CPU SGI Onyx R10000
system, and 5 smaller workstations. The KCASC will also purchase
a
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