| Yasuro Gon | Last modified date：2023.12.27 |
Graduate School
Undergraduate School
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Homepage
https://kyushu-u.elsevierpure.com/en/persons/yasuro-gon
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https://researchmap.jp/ygon?lang=en
Academic Degree
Ph.D (Mathematical Science)
Country of degree conferring institution (Overseas)
No
Field of Specialization
Number Theory
Total Priod of education and research career in the foreign country
00years06months
Outline Activities
I am studying on Selberg trace formula, automorphic forms and zeta
functions.
1. Explicit formula for gamma factors of Selberg zeta functions by multiple
gamma functions.
2. Generalized Whittaker functions appearing in the Fourier expansion of
automorphic forms which
generate discrete series representations.
3. Trace formulas for the integral operator of the kernel constructed from
spherical functions
which have singuralities.
4. Variational formula for Selberg zeta functions in the Teichmuller space
and central values
of L functions.
5. Special values of zeta functions and generalized Mahler measures.
6. Dirichlet series constructed from periods of automorphic forms.
functions.
1. Explicit formula for gamma factors of Selberg zeta functions by multiple
gamma functions.
2. Generalized Whittaker functions appearing in the Fourier expansion of
automorphic forms which
generate discrete series representations.
3. Trace formulas for the integral operator of the kernel constructed from
spherical functions
which have singuralities.
4. Variational formula for Selberg zeta functions in the Teichmuller space
and central values
of L functions.
5. Special values of zeta functions and generalized Mahler measures.
6. Dirichlet series constructed from periods of automorphic forms.
Research
Research Interests
- Automorphic forms and Number theory
keyword : Number theory, automorphic fotms, trace formulas
1998.04Automorphic forms and Number theory.
Educational
Educational Activities
Liberal arts education: Calculus, Linear algebra,
Mathematics IA (Faculty of Engineering),
Undergraduate education: (Department of Mathematics, Faculty of Science),
Graduate education: Lectures and Exercise,
Seminers and thesis adviser for two graduate students of Master courses.
Intensive Lecture: Introduction to Selberg zeta functions at Tokyo Institute
of Technology (2005).
Mathematics IA (Faculty of Engineering),
Undergraduate education: (Department of Mathematics, Faculty of Science),
Graduate education: Lectures and Exercise,
Seminers and thesis adviser for two graduate students of Master courses.
Intensive Lecture: Introduction to Selberg zeta functions at Tokyo Institute
of Technology (2005).
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