UNDERSTANDING THOMAS KUHN’S CONCEPTS AND IDEAS ON THE STRUCTURE OF SCIENTIFIC REVOLUTIONS

Abstract

Throughout the course of human history, countless events have unfolded across distinct stages and temporal contexts, each leaving a discernible imprint on the trajectory of civilization’s development. The emergence of science marked a profound transformation in modes of thought, wherein rationality became the principal foundation of reasoning. As Aristotle notes, Thales, Anaximander, and Anaximenes - Ionian philosophers of the sixth century BCE - were the first to inquire systematically into natural phenomena. These early stages of inquiry represent the formative phases of scientific investigation, during which science evolved through the formulation of increasingly sophisticated methods aimed at uncovering truth - if such a notion can be said to exist - or, more precisely, at establishing irrefutable facts. In his landmark work, The Structure of Scientific Revolutions (1962), Kuhn introduced a transformative framework for the philosophy of science. His shift from physics to the historical study of science was motivated by an interest in the quotidian practices of scientists and the mechanisms through which scientific knowledge evolves over time. The Structure of Scientific Revolutions was recognized by the Times Literary Supplement as one of the twenty most influential books published in the latter half of the twentieth century. The work generated widespread debate, as its central ideas resonated across disciplines - engaging natural and social scientists alike, as well as scholars within the humanities.