Jan Verschelde, Professor Office: 1210 SEO
Department of Mathematics, Statistics and Computer Science Phone: (312) 996 4609
University of Illinois at Chicago (Mail Code 249) Fax: (312) 996-1491
Chicago, IL 60607-7045, U.S.A. E-mail to: janv at uic dot edu

New paper:
  • Anton Leykin, Abraham Martin del Campo, Frank Sottile, Ravi Vakil, and Jan Verschelde: Numerical Schubert Calculus via the Littlewood-Richardson Homotopy Algorithm. The abstract and manuscript.
    Try phcpy in a python or SageMath kernel of a jupyter notebook at www.phcpack.org.

    The link to our first web interface is here: Web interface to PHCpack(beta).


    My research interests concern the application of polynomial homotopy continuation to scientific and engineering problems . The methodology involves the following fields: Computational Algebraic Geometry, Symbolic-Numeric Computation, Combinatorial and Polyhedral Methods, Mathematical Software and Applications, and Supercomputing. See the poster about numerical algebraic geometry.
    Updated Saturday 30 December 2017, with PHCpack 2.4.48 and phcpy 0.7.7.
    Updated Tuesday 1 Feburary 2018, with posting of Littlewood-Richardson homotopies paper.