APPROACHES TO THE DEVELOPMENT OF PARADIGMS IN LINGUISTICS AND THEIR SIGNIFICANCE

Аннотация

The study of linguistic paradigms in cognitive linguistics is an important direction for studying the complex relationship between language and thought. This thesis analyzes how linguistic paradigms have been studied within cognitive linguistics and considers types of paradigms, the main ideas, theories, and methodological approaches derived in this process. Additionally it examines the integration between linguistics and cognitive science adding new dimensions to scientific discussions and allows for a deeper understanding of the language learning process. Cognitive linguistics analyzes language not only as a means of communication, but also as a factor shaping human thinking. The structural features of language and the influence of language on cognitive processes are inextricably linked with the development of linguistic paradigms. Key words: paradigm, categories, classification, methodology, knowledge, change, psychological problems The concept of paradigm is widely used in linguistics, logic, and general science. The term comes from the ancient Greek word "paradeigma", which means "sample" or "example". Paradigm was originally used in ancient Greek philosophy, primarily in logical and scientific classification, to represent a principled example or pattern of something. This concept was used to express the main view of the idea or concept being expressed. Ancient Greek thinkers, such as Aristotle, used the concept of paradigm in classifying topics and making scientific decisions. 1Aristotle's philosophy is very important for the development of logical classification and paradigms in scientific decision- making. In his works, he tried to create a system of scientific knowledge by classifying objects, beings, and their properties. In Aristotle's works "Metaphysics" and "Physics", he makes significant use of the concept of paradigm to organize his worldview. Aristotle developed a classification system called "categories", through which he grouped beings according to their main properties and decisions. Through such classification, he managed to conduct scientific research on a structural basis. A paradigm defines the basis of scientific concepts, mainly using 1 H. M. M. E. Shapiro, "Aristotel: Ilmiy Tafakkur va Kategoriyalari". (Aristotelning ilmiy va falsafiy yondashuvlari haqida batafsil ma'lumot). 85 CURRENT APPROACHES AND NEW RESEARCH IN MODERN SCIENCES International scientific-online conference examples, and paves the way for the formation of new theories.2 A paradigm provides examples that are necessary for the formation of new theories. Through specific examples, scientists identify and understand scientific concepts. Within the framework of the paradigm, it provides an impetus for the emergence of innovations and the development of research. Aristotle's categories and paradigm concepts play an important role in the history and development of science, as they form the basis of the methodology of scientific thought and research. One of the followers of Aristotle who contributed to the development of the concept of paradigm was René Descartes. Rene Descartes contribution to the development of the concept of paradigm is mainly reflected in his philosophical approach and scientific methodology. He introduced important ideas in his works that influenced how paradigms are formed and developed. Descartes recommended skepticism about advancing paradigms.3 In his work "Method", he emphasized the need to build knowledge gradually and through reflection. This methodology is important in the formation of a new paradigm or new views in science. Through Descartes's "Cogito, ergo sum" (I think, therefore I am), he proposed that before we can know anything, we must first doubt everything. This approach reveals the need to reconsider every step of scientific research and to be skeptical of generally accepted knowledge. As a result, the groundwork is laid for the emergence of new ideas and paradigms. Also, Descartes' philosophy of reasoning, based on dividing problems into smaller parts and studying each part separately, allows for a more precise and logical solution to ancient philosophical problems, which in turn fosters new approaches to scientific paradigms. These ideas of Descartes served as the basis for the search for scientific validity and paved the way for changing paradigms. His methodology has had an impact on various directions throughout the history of science, enabling innovations. The efforts of these scholars greatly contributed to the widespread use of the concept of paradigm in all fields and the development of new concepts. Paradigms serve as the basis for new scientific ideas and research.4 They determine how researchers should approach certain issues. A paradigm is also considered in scientific methodology as a basic example that defines some general rules and tasks. This concept plays an important role in a 2 Aristotle. Metaphysics (translated by W.D.Ross). Book A1. -P. 63-64 3 C. Fraenkel et al