Let k be a totally real quadratic field. Let a be an integer of k and m be a positive rational integer. Denote by ( ( (a), ( m), s) be a partial zeta function associated to a ray class containing the principal ideal (a) defined with a conductor (m). We give a formula of the value of (((a),(m),O) by applying the Shintani method to compute special values of partial zeta functions, c.f. [4]. It is an analog ue to the formula of values of a partial zeta function corresponding to a class contained in ( Z / mZ) x of the field ofrational numbers, c.f. Chap. 4, [5]
AbstractBased on earlier papers of the first author we give a concise formula for the values of clas...
AbstractLetXbe a complete singular algebraic curve defined over a finite field ofqelements. To each ...
AbstractWe give explicit upper bounds for residues at s=1 of Dedekind zeta functions of number field...
Let k be a real quadratic field. Let a be an integer of k and m be a positive rational integer. Den...
We compute the special values at nonpositive integers of the partial zeta function of an ideal of a ...
AbstractLet K be a real quadratic field with discriminant d, and for a (fractional) ideal a of K, le...
AbstractFor a totally real number fieldF, the values of partial ray-class zeta-functions at −k,k∈N, ...
AbstractIn theory the problem of computing the special values of partial zeta functions of a totally...
We prove a formula relating Dedekind zeta functions associated to a number field $k$ to certain Shin...
AbstractFor a totally real number fieldF, the values of partial ray-class zeta-functions at −k,k∈N, ...
AbstractLet K = Q(√D) be a real quadratic number field with discriminant D > 0, χ = χD the Dirichlet...
AbstractLet K = Q(√D) be a real quadratic number field with discriminant D > 0, χ = χD the Dirichlet...
AbstractLet g be a principal modulus with rational Fourier coefficients for a discrete subgroup of S...
Let F be a totally real number field of degree n, and let H be a finite abelian extension of F. Let ...
Let F be a totally real number field of degree n, and let H be a finite abelian extension of F. Let ...
AbstractBased on earlier papers of the first author we give a concise formula for the values of clas...
AbstractLetXbe a complete singular algebraic curve defined over a finite field ofqelements. To each ...
AbstractWe give explicit upper bounds for residues at s=1 of Dedekind zeta functions of number field...
Let k be a real quadratic field. Let a be an integer of k and m be a positive rational integer. Den...
We compute the special values at nonpositive integers of the partial zeta function of an ideal of a ...
AbstractLet K be a real quadratic field with discriminant d, and for a (fractional) ideal a of K, le...
AbstractFor a totally real number fieldF, the values of partial ray-class zeta-functions at −k,k∈N, ...
AbstractIn theory the problem of computing the special values of partial zeta functions of a totally...
We prove a formula relating Dedekind zeta functions associated to a number field $k$ to certain Shin...
AbstractFor a totally real number fieldF, the values of partial ray-class zeta-functions at −k,k∈N, ...
AbstractLet K = Q(√D) be a real quadratic number field with discriminant D > 0, χ = χD the Dirichlet...
AbstractLet K = Q(√D) be a real quadratic number field with discriminant D > 0, χ = χD the Dirichlet...
AbstractLet g be a principal modulus with rational Fourier coefficients for a discrete subgroup of S...
Let F be a totally real number field of degree n, and let H be a finite abelian extension of F. Let ...
Let F be a totally real number field of degree n, and let H be a finite abelian extension of F. Let ...
AbstractBased on earlier papers of the first author we give a concise formula for the values of clas...
AbstractLetXbe a complete singular algebraic curve defined over a finite field ofqelements. To each ...
AbstractWe give explicit upper bounds for residues at s=1 of Dedekind zeta functions of number field...