Research
Research Interests
- algebraic geometry (set Theoretic complete intersections) and algebraic curves (esp. elliptic curves)
- algorithmic / algebraic / analytic number theories (Artin's conjecture, Inverse Galois Problem, prime-generating functions)
- computational geometry and finite projective geometry
- cryptography (elliptic curve cryptography)
- fractal sets
- kinematics and robotics
- mathematical chess problems (see Noam Elkies on enumerative chess problems) and various unorthodox mathematical problems
- real algebraic geometry (PhD thesis, sums of squares)
- ring theory (integer valued functions, Galois theory for commutative rings)
Projects
- Algebraic path-planning of 6R/P Manipulators (FWF)
- Efficient certified algorithms for robot motion planning - ECARP (ANR + FWF)