AbstractWe provide a general and unified combinatorial framework for a number of colored partition identities, which include the five, recently proved analytically by B. Berndt, that correspond to the exceptional modular equations of prime degree due to H. Schröter, R. Russell and S. Ramanujan. Our approach generalizes that of S. Kim, who has given a bijective proof for two of these five identities, namely the ones modulo 7 (also known as the Farkas–Kra identity) and modulo 3. As a consequence of our method, we determine bijective proofs also for the two highly nontrivial identities modulo 5 and 11, thus leaving open combinatorially only the one modulo 23
AbstractThe purpose of this paper is to present new proofs of modular identities (1.1) and (1.2). Th...
In a recent systematic study, C. Sandon and F. Zanello offered 30 conjectured identities for partiti...
The partition theoretic Rogers–Ramanujan identities assert that for a = 0, 1 and any n, the number o...
We provide a general and unified combinatorial framework for a number of colored partition identitie...
We provide a general and unified combinatorial framework for a number of colored partition identitie...
We provide a general and unified combinatorial framework for a number of colored partition identitie...
In our previous paper (J. Comb. Theory Ser. A 120(1):28–38, 2013), we determined a unified combinato...
In our previous paper (J. Comb. Theory Ser. A 120(1):28–38, 2013), we determined a unified combinato...
In our previous paper (J. Comb. Theory Ser. A 120(1):28–38, 2013), we determined a unified combinato...
In our previous paper, we determined a unified combinatorial framework in which to look at a large n...
In our previous paper (J. Comb. Theory Ser. A 120(1):28–38, 2013), we determined a unified combinato...
AbstractWe establish generalizations of certain partition theorems originating with modular equation...
AMS Subject Classication: 05A17, 11P83 Abstract. We show that certain modular equations studied by S...
We establish several identities for partitions with distinct colors that arise from Ramanujan’s form...
Abstract. In a recent systematic study, C. Sandon and F. Zanello of-fered 30 conjectured identities ...
AbstractThe purpose of this paper is to present new proofs of modular identities (1.1) and (1.2). Th...
In a recent systematic study, C. Sandon and F. Zanello offered 30 conjectured identities for partiti...
The partition theoretic Rogers–Ramanujan identities assert that for a = 0, 1 and any n, the number o...
We provide a general and unified combinatorial framework for a number of colored partition identitie...
We provide a general and unified combinatorial framework for a number of colored partition identitie...
We provide a general and unified combinatorial framework for a number of colored partition identitie...
In our previous paper (J. Comb. Theory Ser. A 120(1):28–38, 2013), we determined a unified combinato...
In our previous paper (J. Comb. Theory Ser. A 120(1):28–38, 2013), we determined a unified combinato...
In our previous paper (J. Comb. Theory Ser. A 120(1):28–38, 2013), we determined a unified combinato...
In our previous paper, we determined a unified combinatorial framework in which to look at a large n...
In our previous paper (J. Comb. Theory Ser. A 120(1):28–38, 2013), we determined a unified combinato...
AbstractWe establish generalizations of certain partition theorems originating with modular equation...
AMS Subject Classication: 05A17, 11P83 Abstract. We show that certain modular equations studied by S...
We establish several identities for partitions with distinct colors that arise from Ramanujan’s form...
Abstract. In a recent systematic study, C. Sandon and F. Zanello of-fered 30 conjectured identities ...
AbstractThe purpose of this paper is to present new proofs of modular identities (1.1) and (1.2). Th...
In a recent systematic study, C. Sandon and F. Zanello offered 30 conjectured identities for partiti...
The partition theoretic Rogers–Ramanujan identities assert that for a = 0, 1 and any n, the number o...