The Mathematic Group Theory and its Semantic Dimensions in Adeeb Kamaladdin’s “Shajarat Altha’abeen

Abstract

This research addresses a mathematical exploration of the poem " Shajarat Altha’abeen" included in the third volume of the Complete Poetic Works of the poet Adeeb Kamal al-Din. Through its mathematical exploration, the research aims to delve into the depths of the characteristics of poetic language, drawing on a selected poem from these works that reflects the aesthetics of poetry. This is accomplished by contemplating his poetic language, which is characterized by clarity and fluidity. It avoids complexity and excessive ambiguity, relying on a style that sometimes activates suggestion and sometimes explicitness. The mathematical reading of poetic language reveals the poet's tendency to use narrative to create a smooth communication in the poem and crystallize its meanings. This reading is achieved by applying the mathematical pattern and its linguistic dimensions to the poetic text, making it an effective method for teaching and understanding. Mathematics serves as a ray of light shining on the fields of science, providing scientists with intellectual tools that enhance their research capabilities. No science can escape the magical influence of mathematics, as it is a means of achieving an intellectual leap in the fields of linguistics. The research must address a set of pivotal questions, namely: - What makes mathematics a modern technique in the field of linguistics? - How does linguistic analysis move toward the horizons of mathematics? - Does the recipient's competence qualify him to apply mathematical theories in the space of poetic discourse? This research, entitled "Mathematical Set Theory and Its Dimensions in the Poem (The Tree of Snakes) by Adeeb Kamal El-Din," comprises three axes. The first axis is devoted to clarifying the concept of mathematical linguistics, on the one hand, and reviewing the procedural and analytical structure, on the other. This axis will address the cognitive and practical dimensions of this unique field. The second axis is devoted to exploring mathematical set theory, as the beauty of mathematical concepts overlaps with the precision of linguistics. The third axis addresses the influence of mathematical set theory in illuminating meanings and constructing connotations in a way that elevates thought and opens new horizons for understanding. Among the research findings are: - The overlap between the fields of linguistics and mathematics is due to the duality of origin and branch in linguistics, and the duality of constant and variable in the world of mathematics. - Set theory is the solid foundation of mathematical thought as a whole. The concept of a set as a central element is based on a fundamental principle that asserts that the value and existence of any element are linked to close relationships that connect it to the other elements of the set.