This paper investigates the development of dialectical concepts about the universe, being, metaphysics, scientific methods, and the knowledge of philosophers. The methods it uses are mainly theoretical and empirical methods, such as analysis and synthesis. Within the boundaries of the designated topic, it offers a systematic analysis of the historical periodization of Arab Muslim philosophy from the eighth century to the twentieth. The paper examines the activities of the prominent philosopher and mathematician Abu Nasr Muhammad ibn Muhammad al-Farabi, showing the (...) circumstances of his borrowing certain forms, concepts, and structures from ancient Greek philosophers. The paper's main conclusion is that al-Farabi is a Second Teacher in modern philosophy, meaning the continuation in his works of the search for a scientific approach to the study of various forms of being. (shrink)

Three major phases can be distinguished in the history of the development of science. During the first phase, science had almost no link with production, craft, existed within philosophy and was considered to be elite activity. The radical change in the development of science occurs in the new time, when science having separated from philosophy becomes an independent area of knowledge. Science of new time not only discovers the laws of nature, it exists in close relation with production, and to (...) some extent represents a basis for production. In this respect, the machine based production had a major impact. The next radical change in the development of science and its relations with production starts with technical revolution, which is of principal significance for both development of a man and for the understanding of the nature and concept of science. The most important value of technical revolution consists in its substantive impact on the nature of science and the change of its essential definitions and characteristics. In the context of technical revolution, a radical change occurs in the relation between science and production. In the modern automated production, science as a concentrated expression of laws directly merges with production, i.e. science itself becomes a direct productive force. A radical change occurs also in the nature of science. In the context of technical revolution, science transforms from a form of knowledge into the unity of science and activity, and an organic merger of science and production occurs. (shrink)