NTS Fall 2018 Semester

Number Theory / Representation Theory Seminar, University of Wisconsin - Madison

• When: Thursdays, 2:30 PM – 3:30 PM
• Where: Van Vleck B113
• if you are interested in joining the number theory seminar mailing list, go ahead and add yourself at (Join-mathnts at lists dot wisc dot edu).

There is also an accompanying graduate-level seminar, which meets on Tuesdays.

Fall 2018 Semester

Date	Speaker (click for homepage)	Title (click for abstract)
Sept 6	Simon Marshall (UW-Madison)	What I did in my holidays
Sept 13	Nigel Boston (UW-Madison)	2-class towers of cyclic cubic fields
Sept 20	Naser T. Sardari (UW-Madison)	Bounds on the multiplicity of the Hecke eigenvalues
Sept 27	Florian Ian Sprung (Arizona State University)	How does the Mordell-Weil rank of an elliptic curve grow in towers of number fields, if you start with a quadratic imaginary field?
Oct 4	Renee Bell (University of Pennsylvania)	Local-to-Global Extensions for Wildly Ramified Covers of Curves
Oct 11	Chen Wan (MIT)	A Local Trace Formula for the Generalized Shalika model
Oct 18	Mark Shusterman (UW-Madison)	The fundamental group of a smooth projective curve over a finite field is finitely presented
Oct 25	Douglas Ulmer (University of Arizona)	An algebraic approach to the Brauer-Siegel ratio for abelian varieties over function fields
Nov 1	Jinbo Ren (University of Virginia)	Mathematical logic and its applications in number theory
Nov 8	Nick Andersen (UCLA)	Modular invariants for real quadratic fields
Nov 15	Ilya Khayutin (Princeton University)	Equidistribution of Special Points on Shimura Varieties
Nov 22	Thanksgiving
Nov 29	Valentijn Karemaker (University of Pennsylvania)	Comparing obstructions to local-global principles for rational points over semiglobal fields
Dec 6	Daniel Kriz (MIT)	A new p-adic Maass-Shimura operator and supersingular Rankin-Selberg p-adic L-functions
Dec 13	Benjamin Bakker (University of Georgia)	Transcendence of period maps

*to be confirmed

Organizer contact information

Naser Talebizadeh Sardari

Ruixiang Zhang

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