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POST-NONCLASSICAL UNDERSTANDING OF THE CATEGORY "QUALITY" IN INNOVATICS: TRANSDISCIPLINARY ASPECT
Abstract
The philosophy of science and technology has sufficient methodological potential for the interpretation of categorical apparatus, taking into account the various features of modern philosophy and science. Postnonclassical science is characterized by the multiplicity of ideas and concepts, and therefore multiparticulate. The proclamation of a specific scientific paradigm as a key direction generates pluralism of opinions not only in a certain area of research, but also in philosophy and science as a whole. To date, one of the leading concepts claiming to be a modern scientific paradigm is the theory of complexity and the so-called complexity approach. Formed in the framework of complexity theory categories are interpreted in a variety of scientific areas with a view to their mutual enrichment is intrinsic, as a consequence, a unified interdisciplinary philosophical-scientific system with explicit transdisciplinary application. Moreover, this phenomenon is observed in another embodiment: the provision of additional semantic loads of General scientific categories. One of these categories is the quality, or rather complex quality. Within the framework of this scientific work, an attempt is made to consider the post – non – classical understanding of quality as a category of complexity theory-complex quality-in terms of modern scientific practices. The rapid development of modern science and technology is possible due to the total innovative vector. In this regard, it is important to transpose the value of complex quality into the field of innovation in order to understand quality as a complex category in the context of the theory of innovation, the establishment of essential relationships and methodological opportunities for the adequate application of this category. According to the author, the innovator is not just a scientific field, but a full-fledged "practical philosophy" for the development, testing and introduction of new technologies, the basis of which is The dialectics of G. F. Hegel. Russian and foreign scientists note the fact that the process of innovation from idea to successful implementation is defined and reasoned by three laws of dialectics, established by the German classic of philosophy G. F. Hegel Given that quality is one of the fundamental philosophical categories, as well as categories of dialectics, understanding the complexity of quality innovation is relevant, appropriate and necessary. Thus, the trend of the emergence of new interdisciplinary scientific fields and research areas as a result of multiparticulate postnonclassical science and philosophy provides a basis for the formation of new concepts and the rethinking of fundamental scientific categories in the perspective of contemporary scientific practices. Innovation is the sphere of the future with a fundamental philosophical basis. Accordingly, research in this field should not diminish the importance of philosophical approaches and categories.
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