[English/Japanese] (last update: Jan. 26, 2019)

mugenRIMS

RIMS conference "Automorphic forms, automorphic representations and related topics"

Organizer : Satoshi Wakatsuki (Kanazawa University)
Shunsuke Yamana (Kyoto University)

This conference is supported by RIMS and by the grant from JSPS as follows:
Grand-in-Aid for Scientific Research B-26287003 (Principal Investigator: Atsushi Ichino)
Grand-in-Aid for Scientific Research C-15K04796 (Principal Investigator: Taku Ishii)
Grand-in-Aid for Scientific Research C-15K04795 (Principal Investigator: Masao Tsuzuki)
Grand-in-Aid for Scientific Research C-18K03235 (Principal Investigator: Satoshi Wakatsuki)


This conference finished. Thank you for your cooperation and participation.
Group photo 1 Group photo 2 Banquet




Speakers :

Hiraku Atobe (Hokkaido) Survey Talk
Siegfried Böcherer (Mannheim)
Kohta Gejima (Osaka)
Jaeho Haan (KIAS)
Werner Hoffmann (Bielefeld)
Shuji Horinaga (Kyoto)
Kazuki Kannaka (Tokyo)
Henry Kim (Toronto)
Hirotaka Kodama (Kogakuin)
Niko Laaksonen (Budapest)
Nadir Matringe (Poitiers)
Toshiki Matsusaka (Kyushu)
Werner Müller (Bonn)
Yuya Murakami (Tohoku)
Tomoaki Nakaya (Kyushu)
Alexei Pantchichkine (Grenoble)
Pablo Ramacher (Marburg)
Shingo Sugiyama (Nihon)
Masao Tsuzuki (Sophia)
Jiangwei Xue (Wuhan)
Shunsuke Yamana (Kyotoj


Jan. 21 (Mon.)

13:30 -- 14:30 Masao Tsuzuki (Sophia University)
Explicit trace formula of SL3(Z) and its application.

14:45 -- 15:45 Shingo Sugiyama (Nihon University)
A variant of trace formula related with triple products of modular forms.

16:00 -- 17:00 Hiraku Atobe (Hokkaido University)
Liftings of vector valued Siegel modular forms (Survey Talk).


Jan. 22 (Tue.)

9:30 -- 10:30 Hirotaka Kodama (Kogakuin University)
On certain vector valued Siegel modular forms of type (k,2) over Z(p) and Sturm bound.

10:45 -- 11:45 Shuji Horinaga (Kyoto University)
On constructions of nearly holomorphic Siegel modular forms.

13:30 -- 14:30 Niko Laaksonen (Alfréd Rényi Institute of Mathematics)
Prime Geodesic Theorem in the three-dimensional hyperbolic space.

14:45 -- 15:45 Pablo Ramacher (Universität Marburg)
The equivariant spectral function and non-spherical subconvex bounds for Hecke-Maass forms.

16:00 -- 17:00 Kazuki Kannaka (University of Tokyo)
On the discrete spectrum of a certain non-sharp locally anti-de Sitter space.


Jan. 23 (Wed.)

9:20 -- 9:30 On the RIMS workshop next academic year.

9:30 -- 10:30 Toshiki Matsusaka (Kyushu University)
Fourier coefficients of polyharmonic weak Maass forms.

10:45 -- 11:45 Kohta Gejima (Osaka University), Tomonori Moriyama (Osaka University)
On an average of critical values of Rankin--Selberg L-functions.

13:30 -- 14:30 Werner Hoffmann (Universität Bielefeld)
On the Fourier transforms of weighted orbital integrals on the real symplectic group of rank three.

14:45 -- 15:45 Werner Müller (Universität Bonn)
Asymptotic distribution of automorphic spectra and the trace formula.

16:00 -- 17:00 Siegfried Böcherer (Universität Mannheim)
Nonvanishing properties of Fourier coefficients for Siegel modular forms.

18:00-20:00 Dinner Party.


Jan. 24 (Thu.)

9:30 -- 10:30 Tomoaki Nakaya(Kyushu University)
The number of linear factors of supersingular polynomials and sporadic simple groups.

10:45 -- 11:45 Jiangwei Xue (Wuhan University)
On counting certain principally polarized superspecial abelian surfaces over Fp.

13:30 -- 14:30 Nadir Matringe (Université de Poitiers)
Deligne representations of the Weil group modulo l.

14:45 -- 15:45 Alexei Pantchichkine (Institut Fourier, University Grenoble-Alpes)
A motivic approach to Shimura's zeta functions\ and attached p-adic L-functions via admissible measures.

16:00 -- 17:00 Jaeho Haan (KIAS)
Fourier-Jacobi period and central L-value.


Jan. 25 (Fri.)

9:10 -- 10:10 Yuya Murakami (Tohoku University)
Intersection numbers of modular correspondences.

10:20 -- 11:20 Henry Kim (University of Toronto)
Equidistribution theorems for holomorphic Siegel cusp forms.

11:30 -- 12:30 Shunsuke Yamana (Kyoto University)
Towards the p-adic Gross-Zagier formula for triple product L-series.