Chemical Hv-Semihypergroup Induced by Vanadium

This paper explores the application of algebraic hyperstructure theory to chemical reactions, specifically focusing on redox reactions involving Vanadium. Algebraic hyperstructures, characterized by their commutative and weakly associative properties, provide a novel framework for modeling these complex chemical processes. We propose an [Formula: see text]-semihypergroup model to represent the algebraic structures found in Vanadium redox reactions. Our findings emphasize the theoretical significance of algebraic hyperstructures in chemistry and suggest broader implications for their application in various scientific disciplines.