Arithmetic Algebraic Geometry of Curves

We will study the connections in between algebraic number theory and one-dimensional schemes (curves). More specifically we will cover: integral closures, plane curves, factorisation of ideals, the discriminants, the ideal class group, projective curves, nonsingular complete curves, zeta-functions and the Riemann-Roch Theorem. If time permits we will also cover Frobenius morphisms and the Riemann hypothesis and further topics like the Jacobian variety and Galois representations.

Pavel Stoilescu

Australian National University

Pavel is currently a third-year pure mathematics student at the Australian National University. He is particularly interested in geometry and algebra.

You may be interested in

Georgio Hawi

Georgio Hawi

Polynomial Method in Additive Combinatorics: Extension of CAP Sets Problem to More Than Three Points
Chun Hei Lee

Chun Hei Lee

Categories of directed and undirected graphs
Zachariah Jones

Zachariah Jones

Topology and Complexity of Braided Magnetic Fields of the Sun
Marcus Chijoff

Marcus Chijoff

Writing A GAP Package For Local Action Diagrams
Contact Us

We're not around right now. But you can send us an email and we'll get back to you, asap.

Not readable? Change text.