Algebraic Curves and Their Applications

Lubjana Beshaj, West Point Military Academy, NY.Tony Shaska, Oakland University, Rochester, MI.

• B. M. Bekker and Y. G. Zarhin, Families of elliptic curves with rational torsion points of even orderL. Beshaj and S. Guest, The weighted moduli space of binary sexticsT. J. Ford, A family of nonnormal double planes associated to hyperelliptic curvesS. Otake and T. Shaska, On the discriminant of a certain quadrinomialsT. Dokchitser, V. Dokchitser, C. Maistret, and A. Morgan, Semistable types of hyperellitpic curvesA. R. Stout, Formal deformations of algebraic spaces and generalizations of the motivic Igusa-zeta functionJ. Mandili and T. Shaska, Computing heights on weighted projective spacesL. Beshaj and M. Polak, On hyperelliptic curves of genus 3A. Broughton, T. Shaska, and A. Wootton, On automorphisms of algebraic curvesI. Cortazar and A. F. Costa, On the algebraic classification of subgroups of hyperbolic planar crystallographic groupsE. Bujalance, M. D. E. Conder, A. F. Costa, and M. Izquierdo, On regular dessins d'enfants with 4$g$ automrophisms and a curve of WimanR. A. Hidalgo, An explicit descent of real algebraic varietiesE. Previato, Curves in isomonodromy and isospectral deformations: Painleve VI as a case studyN. Boston and J. Hao, Quasi-quadratic residue codes and hyperelliptic curvesG. Frey and T. Shaska, Curves, Jacobians, and cryptography