A proof of the J-generalization of the Göllnitz-Gordon-Andrews identities via commutative algebra
小
中
大
发布日期:2026-05-13 14:16:58
The Göllnitz-Gordon-Andrews identities are partition identities given by Andrews, which are a generalization of the partition identities discovered independently by H. Göllnitz and B. Gordon, called the Göllnitz-Gordon identities.
Aim of this talk is to present a commutative algebra proof of the Göllnitz-Gordon-Andrews identities. In fact, we give a proof of more general identities, which we call the J-generalization of the Göllnitz-Gordon-Andrews identities. In the proof, we relate the generating function of the partition function in these identities with a Hilbert-Poincaré series of a suitably constructed graded algebra.
The talk is based on joint work with R. Barman and A. Ghosh, motivated by the work of Afsharijoo on Gordon's identities.
Gurinder SINGH is a postdoctoral fellow at the School of Mathematical Sciences of Hebei Normal University, where he has been since March 2026. He completed his PhD at the Indian Institute of Technology Guwahati (Assam, India). He works in number theory and combinatorics, with a particular focus on the theory of integer partitions. He investigates various aspects of combinatorics and modular forms in the study of partition functions. He studies the arithmetic properties of partition functions, including their distribution modulo certain prime powers and their asymptotic behavior. His research interests also lie in the field of partition identities and partition inequalities.
学术活动
- 2026/05/14
A proof of the J-generalization of the Göllnitz-Gordon-Andrews identities via commutative algebra
- 2026/05/13
Dynamics of physical reservoir computing: synchronization, the edge of chaos, delay and remote synchrony
- 2026/05/14
国家社科基金项目申报策略与方法
- 2026/05/15
学校前身天津支脉办学回望与精神赓续
- 2026/05/14
心理学系人才招聘暨青年学者论坛
- 2026/05/15
作物分蘖形成的遗传基础解析


