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Computational Algebraic Geometry, June 19-22, 2007,
Rochester, MI
Organizers
Overview:
As computational techniques progress it has become possible to
attack many problems of classical algebraic geometry from
the computational point of view. The goal of this session is to review
such techniques and bring together researchers from this area.
Topics include, but are not limited too:
- Algebraic curves and their automorphisms, Hurwitz
curves,
- Jacobians of algebraic curves, curves with split
Jacobian,
rational torsion points in the Jacobian etc.
- Computational number theory, rational points on
curves,
- Field of moduli and field of definition of algebraic
curves,
- Covering of the Riemann sphere by a generic curve of
genus g,
solvable monodromy groups,
- Interaction between computational group theory and
algebraic
curves,
- Groups acting on surfaces, loci of curves with
prescribed
automorphism group,
- Hurwitz spaces, braid action,
- Invariants of binary forms, computational invariant
theory,
- Algebraic curves and coding theory
- Other related topics
and many others. If you are
planning to attend please contact us with a
title and abstract. We would like to accommodate as many good quality
talks as possible.
Proceedings: The selected papers will be published as
a special issue of the Alb.
Jour. Math.
Talks:
(to be completed)
- S. Wijesiri, Theta functions of algebraic
curves with automorphisms
- R. Sanjeeva, Automorphism groups of algebraic
curves over finite fields
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