We summarize the known useful and interesting results and formulas we have discovered so far in this collaborative article summarizing results from two related articles by Merca and Schmidt arriving at related so-termed Lambert series factorization theorems. We unify the matrix representations that underlie two of our separate papers, and which commonly arise in identities involving partition functions and other functions generated by Lambert series. We provide a number of properties and conjectures related to the inverse matrix entries defined in Schmidt's article and the Euler partition function $p(n)$ which we prove through our new results unifying the expansions of the Lambert series factorization theorems within this article
In 1742, Leonhard Euler invented the generating function for P(n). Godfrey Harold Hardy said Sriniva...
After defining in detail the Lambert $W$-function branches, we give a large number of exact identiti...
Abstract. We derive several new transformations relating WP-Bailey pairs. We also consider the corre...
We summarize the known useful and interesting results and formulas we have discovered so far in this...
The Lambert W function is defined to be the multivalued inverse of the function w 7! we w . It ha...
Originally published in 1779, Euler\u27s De Serie Lambertina provides one of the early examples of t...
An exact transformation, which we call the master identity, is obtained for the first time for the s...
We consider special Lambert series as generating functions of divisor sums and determine their compl...
AbstractAn elementary proof is given of the author's transformation formula for the Lambert series G...
Abstract. The classical Lamberts series makes it possible to generate many remarkable transformation...
We describe the q-Engel series expansion for Laurent series discovered by John Knopfmacher and use...
We give a general Lambert series expansion leading to a modular equation of degree m, with this we h...
10.1112/S0024611505015364Proceedings of the London Mathematical Society913598-62
Abstract. We revisit old conjectures of Fermat and Euler regarding representation of integers by bin...
Abstract. In this paper we obtain multiple-series generating relations involving a class of function...
In 1742, Leonhard Euler invented the generating function for P(n). Godfrey Harold Hardy said Sriniva...
After defining in detail the Lambert $W$-function branches, we give a large number of exact identiti...
Abstract. We derive several new transformations relating WP-Bailey pairs. We also consider the corre...
We summarize the known useful and interesting results and formulas we have discovered so far in this...
The Lambert W function is defined to be the multivalued inverse of the function w 7! we w . It ha...
Originally published in 1779, Euler\u27s De Serie Lambertina provides one of the early examples of t...
An exact transformation, which we call the master identity, is obtained for the first time for the s...
We consider special Lambert series as generating functions of divisor sums and determine their compl...
AbstractAn elementary proof is given of the author's transformation formula for the Lambert series G...
Abstract. The classical Lamberts series makes it possible to generate many remarkable transformation...
We describe the q-Engel series expansion for Laurent series discovered by John Knopfmacher and use...
We give a general Lambert series expansion leading to a modular equation of degree m, with this we h...
10.1112/S0024611505015364Proceedings of the London Mathematical Society913598-62
Abstract. We revisit old conjectures of Fermat and Euler regarding representation of integers by bin...
Abstract. In this paper we obtain multiple-series generating relations involving a class of function...
In 1742, Leonhard Euler invented the generating function for P(n). Godfrey Harold Hardy said Sriniva...
After defining in detail the Lambert $W$-function branches, we give a large number of exact identiti...
Abstract. We derive several new transformations relating WP-Bailey pairs. We also consider the corre...