AbstractIn 1994, James Sellers conjectured an infinite family of Ramanujan type congruences for 2-colored Frobenius partitions introduced by George E. Andrews. These congruences arise modulo powers of 5. In 2002 Dennis Eichhorn and Sellers were able to settle the conjecture for powers up to 4. In this article, we prove Sellers’ conjecture for all powers of 5. In addition, we discuss why the Andrews–Sellers family is significantly different from classical congruences modulo powers of primes
Andrews, Lewis and Lovejoy introduced a new class of partitions, partitions with designated summands...
The partition theoretic Rogers–Ramanujan identities assert that for a = 0, 1 and any n, the number o...
Let $W(n)$ denote the number of partitions of $n$ into powers of 2 such that for all $i\geq 0$, $2^{...
Abstract. In 1994 James Sellers conjectured an infinite family of Ramanu-jan type congruences for 2-...
AbstractIn 1994, James Sellers conjectured an infinite family of Ramanujan type congruences for 2-co...
In 1994, the following infinite family of congruences was conjectured for the partition function cφ2...
AbstractRamanujan's congruence p(5n + 4) ≡ 0 (mod 5) for ordinary partitions is well-known. This con...
In 1994, the following infinite family of congruences was conjectured for the partition function cΦ2...
AbstractIn a recent paper George E. Andrews introduced the idea of generalized Frobenius partitions....
A partition of a positive integer n is any non-increasing sequence of positive integers whose sum is...
In Mestrige (Res Number Theory 6(1), Paper No. 5, 2020), we proved an infinite family of congruences...
In 2010, Andrews, Michael D. Hirschhorn and James A. Sellers considered the function ped(n), the nu...
2Abstract. Eighty years ago, Ramanujan conjectured and proved some striking con-gruences for the par...
In a recent paper, Calkin, Drake, James, Law, Lee, Penniston and Radder use the theory of modular fo...
Let bℓ(n) denote the number of ℓ-regular partitions of n. In 2012, using the theory of modular forms...
Andrews, Lewis and Lovejoy introduced a new class of partitions, partitions with designated summands...
The partition theoretic Rogers–Ramanujan identities assert that for a = 0, 1 and any n, the number o...
Let $W(n)$ denote the number of partitions of $n$ into powers of 2 such that for all $i\geq 0$, $2^{...
Abstract. In 1994 James Sellers conjectured an infinite family of Ramanu-jan type congruences for 2-...
AbstractIn 1994, James Sellers conjectured an infinite family of Ramanujan type congruences for 2-co...
In 1994, the following infinite family of congruences was conjectured for the partition function cφ2...
AbstractRamanujan's congruence p(5n + 4) ≡ 0 (mod 5) for ordinary partitions is well-known. This con...
In 1994, the following infinite family of congruences was conjectured for the partition function cΦ2...
AbstractIn a recent paper George E. Andrews introduced the idea of generalized Frobenius partitions....
A partition of a positive integer n is any non-increasing sequence of positive integers whose sum is...
In Mestrige (Res Number Theory 6(1), Paper No. 5, 2020), we proved an infinite family of congruences...
In 2010, Andrews, Michael D. Hirschhorn and James A. Sellers considered the function ped(n), the nu...
2Abstract. Eighty years ago, Ramanujan conjectured and proved some striking con-gruences for the par...
In a recent paper, Calkin, Drake, James, Law, Lee, Penniston and Radder use the theory of modular fo...
Let bℓ(n) denote the number of ℓ-regular partitions of n. In 2012, using the theory of modular forms...
Andrews, Lewis and Lovejoy introduced a new class of partitions, partitions with designated summands...
The partition theoretic Rogers–Ramanujan identities assert that for a = 0, 1 and any n, the number o...
Let $W(n)$ denote the number of partitions of $n$ into powers of 2 such that for all $i\geq 0$, $2^{...