Office: Skiles 109, email@example.com, Curriculum Vitae
- Research Interests:
- Numerical Algebraic Geometry: solving
systems of polynomial equations, homotopy continuation methods, certification;
- Symbolic Computation: computational commutative algebra and
- Applications and Supercomputing: applications of symbolic and
numerical methods of the above two areas in sciences and engineering.
Numerical Algebraic Geometry for Macaulay2,
D-modules for Macaulay2,
(Fall 2023) Bridge to Math -- Math 4803-HP/LEY.
Other courses from earlier years.
- Upcoming conferences:
Macaulay2: expanded functionality and improved efficiency
(AIM, Pasadena, CA, Sep 2023)
Recent Trends in Computer Algebra: Geometry of Polynomial System Solving, Optimization and Topology,
(Paris, France, Oct 2023)
School and Conference: Macaulay2, Computational Algebraic Geometry and String Theory,
(University of Utah, May-Jun 2024)
International Congress of Mathematical Software,
(Durham, United Kingdom, Jul 2024)
MEGA: Effective Methods in Algebraic Geometry,
(MPI Leipzig, Germany, Jul-Aug 2024)
- Opportunities for Ukrainian mathematicians