AbstractIn his Lost Notebook, Ramanujan gave product expansions for a pair of weight two Eisenstein series of level five. We show that Ramanujanʼs formulas are special cases of more general parameterizations for quintic Eisenstein series. In particular, we prove that the Eisenstein series for the Hecke subgroup of level five are expressible as homogeneous polynomials in two parameters closely connected with the Rogers–Ramanujan functions. Moreover, the coefficients of each polynomial are symmetric in absolute value about the middle terms. Corresponding polynomial expansions for allied series, including Eisenstein series on the full modular group, are also derived
AbstractWe generalize two identities involving Eisenstein series given in Chapter 19 of Ramanujanʼs ...
AbstractUsing certain representations for Eisenstein series, we derive several of Ramanujan's series...
AbstractWe study the expansion of the Eisenstein series for Fq[T] of weight qk−1, k∈N, and using the...
In his Lost Notebook, Ramanujan gave product expansions for a pair of weight two Eisenstein series o...
In his Lost Notebook, Ramanujan gave product expansions for a pair of weight two Eisenstein series o...
In his Lost Notebook, Ramanujan gave product expansions for a pair of weight two Eisenstein series o...
We employ a new constructive approach to study modular forms of level five by evaluating the Weierst...
We employ a new constructive approach to study modular forms of level five by evaluating the Weierst...
AbstractIn this paper we provide a new approach for the derivation of parameterizations for the Eise...
In this paper we provide a new approach for the derivation of parameterizations for the Eisenstein s...
In the first part of this thesis, we prove Ramanujan's formulas for the coefficients in the power se...
In this paper we provide a new approach for the derivation of parameterizations for the Eisenstein s...
In their last published paper [9] and [16, pages 310–321], Hardy and Ramanujan derived infinite seri...
At first we express the higher order Riccati equation or Faa ́ di Bruno polynomial in terms of the m...
In this paper we prove that Ramanujan's differential equations for the Eisenstein series P, Q, and R...
AbstractWe generalize two identities involving Eisenstein series given in Chapter 19 of Ramanujanʼs ...
AbstractUsing certain representations for Eisenstein series, we derive several of Ramanujan's series...
AbstractWe study the expansion of the Eisenstein series for Fq[T] of weight qk−1, k∈N, and using the...
In his Lost Notebook, Ramanujan gave product expansions for a pair of weight two Eisenstein series o...
In his Lost Notebook, Ramanujan gave product expansions for a pair of weight two Eisenstein series o...
In his Lost Notebook, Ramanujan gave product expansions for a pair of weight two Eisenstein series o...
We employ a new constructive approach to study modular forms of level five by evaluating the Weierst...
We employ a new constructive approach to study modular forms of level five by evaluating the Weierst...
AbstractIn this paper we provide a new approach for the derivation of parameterizations for the Eise...
In this paper we provide a new approach for the derivation of parameterizations for the Eisenstein s...
In the first part of this thesis, we prove Ramanujan's formulas for the coefficients in the power se...
In this paper we provide a new approach for the derivation of parameterizations for the Eisenstein s...
In their last published paper [9] and [16, pages 310–321], Hardy and Ramanujan derived infinite seri...
At first we express the higher order Riccati equation or Faa ́ di Bruno polynomial in terms of the m...
In this paper we prove that Ramanujan's differential equations for the Eisenstein series P, Q, and R...
AbstractWe generalize two identities involving Eisenstein series given in Chapter 19 of Ramanujanʼs ...
AbstractUsing certain representations for Eisenstein series, we derive several of Ramanujan's series...
AbstractWe study the expansion of the Eisenstein series for Fq[T] of weight qk−1, k∈N, and using the...