Journal article Open Access

Characterizations of Group Theory under Q-Neutrosophic Soft Environment

Majdoleen Abu Qamar; Nasruddin Hassan

Neutrosophic set theory was initiated as a method to handle indeterminate uncertain data. It is identified via
three independent memberships represent truth T, indeterminate I and falsity F membership degrees of an element.
As a generalization of neutrosophic set theory, Q-neutrosophic set theory was established as a new hybrid model that
keeps the features of Q-fuzzy soft sets which handle two-dimensional information and the features of neutrosophic soft
sets in dealing with uncertainty. Different extensions of fuzzy sets have been already implemented to several algebraic
structures, such as groups, symmetric groups, rings and lie algebras. Group theory is one of the most essential
algebraic structures in the field of algebra. The inspiration of the current work is to broaden the idea of Q-neutrosophic
soft set to group theory. In this paper the concept of Q-neutrosophic soft groups is presented. Numerous properties
and basic attributes are examined. We characterize the thought of Q-level soft sets of a Q-neutrosophic soft set, which
is a bridge between Q-neutrosophic soft groups and soft groups. The concept of Q-neutrosophic soft homomorphism
is defined and homomorphic image and preimage of a Q-neutrosophic soft groups are investigated. Furthermore, the
cartesian product of Q-neutrosophic soft groups is proposed and some relevant properties are explored.

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