activity
19992018
most citedKernel Functions for Difference Operators of Ruijsenaars Type and Their Applications

43 citations · 201 across the 25 of their papers we have counts for

collaborators

26 papers

math.NT2018

An overview and supplements to the theory of functional relations for zeta-functions of root systems

Yasushi Komori, Kohji Matsumoto, Hirofumi Tsumura

We give an overview of the theory of functional relations for zeta-functions of root systems, and show some new results on functional relations involving zeta-functions of root sys…

math.NT2017

Zeta-functions of root systems and Poincaré polynomials of Weyl groups

Yasushi Komori, Kohji Matsumoto, Hirofumi Tsumura

We consider a certain linear combination of zeta-functions of root systems, where is a root system of rank and . Sh…

math.NT2016

On Arakawa-Kaneko zeta-functions associated with and their functional relations

Yasushi Komori, Hirofumi Tsumura

We construct a certain class of Arakawa--Kaneko zeta-functions associated with , which includes the ordinary Arakawa--Kaneko zeta-function. We also define poly-Be…

math.NT2015★ 1 cited

Fundamentals of p-adic multiple L-functions and evaluation of their special values

Hidekazu Furusho, Yasushi Komori, Kohji Matsumoto +1

We construct -adic multiple -functions in several variables, which are generalizations of the classical Kubota-Leopoldt -adic -functions, by using a specific -adic m…

math.NT2015★ 3 cited

Desingularization of complex multiple zeta-functions

Hidekazu Furusho, Yasushi Komori, Kohji Matsumoto +1

We introduce the method of desingularization of multi-variable multiple zeta-functions (of the generalized Euler-Zagier type), under the motivation of finding suitable rigorous mea…

math.CA2014

Duality transformation formulas for multiple elliptic hypergeometric series of type

Yasushi Komori, Yasuho Masuda, Masatoshi Noumi

New duality transformation formulas are proposed for multiple elliptic hypergeometric series of type and of type . Various transformation and summation formulas are derived…