Published Paper Details:

Within modern mathematics and philosophy, the concept of a ‘set’ is soundly captured in the works of Moore and Russell; it affords a context in which we can organize collections of objects (real or abstract) in a systematic way. The term “set” was first used by Georg Cantor in his studies on trigonometric series. This changed completely the history of math and logic as set theory introduced an exact language that allowed us to model relations between particular elements. According to Cantor, a set is a collection that contains distinct objects as parts or members within one entity; on the other hand, Patrick Suppes defines a set as any kind of object composed of elements–in this case both simple and complex. This article differentiates between two aspects of sets, the mathematical and philosophical one. More specifically, it implies that sets play an important role in logic and relation . It starts by giving the definition of a set and its representation using Roster and Set-Builder methods. After this the types of sets such as finite set, infinite set, equal sets, subsets, proper subsets are described in depth. It also discusses concept of membership and the main set operations – union, intersection are examined. It also occupies the domain beyond mathematics. This paper scrutinizes the issue of relations from a philosophical point of view and their role in knitting individuals and objects as well as in creating the basis of meaning and existence in human context. Relations are categorized into eight primary classes depending on reflexivity, symmetry, and transitivity. They are such relationships that people explain through ‘is a brother of’ ‘uses the same WhatsApp group’—real life examples are given through such relationships. Thus, this research demonstrates that the set theory both in the formal sense and in the human life experience is organized through relational frameworks. It concludes that set theory is not merely an abstract mathematical theory but it is also a philosophical paradigm that gives a great depth of understanding of the order, relationship and interdependence in the universe.