The motivation for this project came from The Factorial Function and Gener- alizations, a paper written by the Fields Medal winning mathematician Manjul Bhargava. Bhargava wrote the paper as his thesis at Harvard University. The paper introduces generalizations of the factorial function, they are called the \generalized factorials" or known by the author's name as \Bhargava factorials". In this paper we study the notion of P-ordering, rst introduced by Bhargava in 1996, of an arbitrary subset S of the ring Z: We revisit some of the applications of usual factorial function in number theory. Then when we get to the generalized factorial of any subset S of the ring Z, we check if they have the same application and it is astounding to nd out ...
AbstractWe pose the question of what is the best generalization of the factorial and the binomial co...
AbstractBhargava introduced a notion of factorial sequence associated to a subset S of a Dedekind do...
This paper presents an innovative theorem using factorials, integers, and multinomials. The theorems...
International audienceAs an undergraduate student, Manjul Bhargava gave a full answer to a question ...
This paper presents an extension of Bhargava's theory of factorials associated to any nonempty subse...
Let S ⊆ Z. The generalized factorial function for S, denoted n!S, is introduced in accordance with t...
AbstractThe nth order difference [Δhn(x)m,g]x=a, where Δh is the difference operator with increment ...
This dissertation treats three topics in number theory. The first topic concerns the problem of dete...
In 1997 Bhargava generalized the factorial sequence to factorials in any Dedekind domain. He asked ...
The primary goal of this paper is to achieve a simple generalization on binomial coefficients for al...
This informal document was motivated by a question here at my university by a bachelor student. I wi...
階乘常出現在組合學中, 並且有許多有趣的性質. 本篇論文主要在介 紹由Manjul Bhargava 博士所提出的方法, 將階乘推廣到在整數的子集 上, 甚至是在Dedekind ring 的子集上,...
In 1742, Leonhard Euler invented the generating function for P(n). Godfrey Harold Hardy said Sriniva...
ABSTRACT. Every total ordering of a commutative domain can be extended uniquely to its field of frac...
This paper presents a factorial theorem using factorial functions, integers, and binomial coefficien...
AbstractWe pose the question of what is the best generalization of the factorial and the binomial co...
AbstractBhargava introduced a notion of factorial sequence associated to a subset S of a Dedekind do...
This paper presents an innovative theorem using factorials, integers, and multinomials. The theorems...
International audienceAs an undergraduate student, Manjul Bhargava gave a full answer to a question ...
This paper presents an extension of Bhargava's theory of factorials associated to any nonempty subse...
Let S ⊆ Z. The generalized factorial function for S, denoted n!S, is introduced in accordance with t...
AbstractThe nth order difference [Δhn(x)m,g]x=a, where Δh is the difference operator with increment ...
This dissertation treats three topics in number theory. The first topic concerns the problem of dete...
In 1997 Bhargava generalized the factorial sequence to factorials in any Dedekind domain. He asked ...
The primary goal of this paper is to achieve a simple generalization on binomial coefficients for al...
This informal document was motivated by a question here at my university by a bachelor student. I wi...
階乘常出現在組合學中, 並且有許多有趣的性質. 本篇論文主要在介 紹由Manjul Bhargava 博士所提出的方法, 將階乘推廣到在整數的子集 上, 甚至是在Dedekind ring 的子集上,...
In 1742, Leonhard Euler invented the generating function for P(n). Godfrey Harold Hardy said Sriniva...
ABSTRACT. Every total ordering of a commutative domain can be extended uniquely to its field of frac...
This paper presents a factorial theorem using factorial functions, integers, and binomial coefficien...
AbstractWe pose the question of what is the best generalization of the factorial and the binomial co...
AbstractBhargava introduced a notion of factorial sequence associated to a subset S of a Dedekind do...
This paper presents an innovative theorem using factorials, integers, and multinomials. The theorems...