Faculty of Mathematics
Collaborative Research Centre 701
Spectral Structures and Topological Methods in Mathematics
stripes SFB701

Project C7

Automorphic representations and their local factors


Principal Investigator(s) Other Investigators
Werner Hoffmann
Michael Spieß
Chuangxun Cheng
Christian Dietz
Francesc Fité Naya
Lennart Gehrmann
Santiago Molina
Andreas Nickel

Summary:

The fine geometric expansion of the Arthur-Selberg trace formula, which is a prerequisite for the global Jacquet-Langlands correspondence, shall be reformulated in a way that is valid in positive characteristic too. We will study smooth representations of $GL_n(F)$, with $F$ a $p$-adic field, on $F_p$-vector spaces. We aim to generalise a representation theoretic construction which is available for $n=2$ to arbitrary $n$. Periods of cuspidal automorphic representations of $GL_2$ and its inner forms at places of "split multiplicative type" shall be defined and their functorial properties and relations to $p$-adic $L$-functions and periods of $p$-adic Galois representations shall be studied.

Recent Preprints:

13002 Induced conjugacy classes, prehomogeneous varieties, and canonical parabolic subgroups PDF | PS.GZ
13001 On the geometric side of the Arthur trace formula for the symplectic group of rank 2 PDF | PS.GZ
12126 On the equivariant Tamagawa number conjecture for Tate motives and unconditional annihilation results PDF | PS.GZ
12056 Induced conjugacy classes, prehomogeneous varieties, and canonical parabolic subgroups PDF | PS.GZ
12018 Shintani cocycles and vanishing order of p-adic Hecke L-series at s = 0 PDF | PS.GZ
12007 The kernel of Ribet’s isogeny for genus three Shimura curves PDF | PS.GZ
12006 Automorphisms and reduction of Heegner points on Shimura curves at Cerednik-Drinfeld primes PDF | PS.GZ