AbstractFound in the collected works of Eisenstein are twenty continued fraction expansions. The expansions have since emerged in the literature in various forms, although a complete historical account and self-contained treatment has not been given. We provide one here, motivated by the fact that these expansions give continued fraction expansions for modular forms. Eisenstein himself did not record proofs for his expansions, and we employ only standard methods in the proofs provided here. Our methods illustrate the exact recurrence relations from which the expansions arise, and also methods likely similar to those originally used by Eisenstein to derive them
We prove two congruences for the coefficients of power series expansions in t of modular forms where...
This paper describes a method of constructing an unlimited number of infinite families of continued ...
We study congruences in the coefficients of modular and other automorphic forms. Ramanujan famously...
Eisenstein recorded twenty elegant continued fraction expansion in his papers. In this paper, we est...
AbstractFound in the collected works of Eisenstein are twenty continued fraction expansions. The exp...
In this paper, we obtain some new modular equations of degree 2. We obtain several general formulas ...
In this thesis we will deal with continued fractions, an expression which allow us to represent diff...
[[abstract]]In this paper, we establish several new modular equations of degree two by using Ramanuj...
In this thesis we will deal with continued fractions, an expression which allow us to represent diff...
Title: Computational problems of elementary number theory Author: Mgr. Jiří Widž Department: Departm...
Title: Computational problems of elementary number theory Author: Mgr. Jiří Widž Department: Departm...
The study of arithmetical continued fractions has been restricted, for the most part, to the investi...
Abstract. Using techniques introduced by D. Mayer, we prove an extension of the classical Gauss{Kuzm...
Abstract. A well known result is that if E2k is the Eisenstein series of weight 2k and 2k = 2k ′ (mo...
In some recent papers (cf. [G2], [O], [CG], [GG], [DO]) the properties of new types of Eisenstein se...
We prove two congruences for the coefficients of power series expansions in t of modular forms where...
This paper describes a method of constructing an unlimited number of infinite families of continued ...
We study congruences in the coefficients of modular and other automorphic forms. Ramanujan famously...
Eisenstein recorded twenty elegant continued fraction expansion in his papers. In this paper, we est...
AbstractFound in the collected works of Eisenstein are twenty continued fraction expansions. The exp...
In this paper, we obtain some new modular equations of degree 2. We obtain several general formulas ...
In this thesis we will deal with continued fractions, an expression which allow us to represent diff...
[[abstract]]In this paper, we establish several new modular equations of degree two by using Ramanuj...
In this thesis we will deal with continued fractions, an expression which allow us to represent diff...
Title: Computational problems of elementary number theory Author: Mgr. Jiří Widž Department: Departm...
Title: Computational problems of elementary number theory Author: Mgr. Jiří Widž Department: Departm...
The study of arithmetical continued fractions has been restricted, for the most part, to the investi...
Abstract. Using techniques introduced by D. Mayer, we prove an extension of the classical Gauss{Kuzm...
Abstract. A well known result is that if E2k is the Eisenstein series of weight 2k and 2k = 2k ′ (mo...
In some recent papers (cf. [G2], [O], [CG], [GG], [DO]) the properties of new types of Eisenstein se...
We prove two congruences for the coefficients of power series expansions in t of modular forms where...
This paper describes a method of constructing an unlimited number of infinite families of continued ...
We study congruences in the coefficients of modular and other automorphic forms. Ramanujan famously...