The article discusses the problems of philosophical geography, philosophical multipolarity, georationality. The debates on these issues are becoming interdisciplinary. Specialists in Eastern philosophies and cross-cultural communications as well as epistemologists, scientific methodologists, cognitive scholars, synergists became participants of the discussion held at the Institute of Philosophy of the Russian Academy of Sciences. The problem of Eurocentrism in academic philosophy has become the main topic of discussion. The opponents of the “regional” multipolarity argued that the Western European tradition of rationality was (...) an example of the rationality per se. The proponents, who relied heavily on the ad professionem arguments, advocated multipolarity and demonstrated the irreducibility of the world-pictures, languages and ontologies of philosophical systems. A point of view was expressed that Eurocentrism had an ideological background. The disputants noted that there was need to redefine or clarify such fundamental concepts as logic, rationality, scientific rationality, universalism, processuality. The redefinition of the concept of rationality is for the studies of various types of rationality outside European cultures. Methodologists of science drew attention that the cognitive problems of intercultural communications turned out to be similar to the problems faced by theory of complexity. The analysis of philosophical, logical and other cases in various “zones of exchange” reveals a plurality of directions in the global and local socio-cultural spaces. The panelists raised the question of the role of philosophy in the global world and its responsibility in uniting nations. The authors of the article draw attention to many functions that the Western European conceptual system performs in the formation of philosophical language, mentality and communication. The dynamics of philosophical discussions, the dialogue of the West and the East lead to the clarification of philosophical positions, the emergence of new concepts and meanings as well as the formation of discourses of the future. (shrink)

The article discusses the problems of constructing a scientific picture of the world in a technogenic civilization at the stage of its globalization. The interdependence of science, technology and society generates a number of issues of a socio-humanitarian and, in particular, ideological nature. Interdisciplinary forms of organization of sciences contribute to the development of borderline methodologies. These methodologies integrate the achievements and problems of specific disciplines into a certain overall picture. The ambitions of this worldview include space, planetary nature with (...) all geo – shells, as well as the biosphere, technosphere, sociosphere, anthroposphere. In the course of communicative interactions, scientists have developed methodological principles for constructing a picture of the world. These principles claim to be universal: integrity, consistency, coherence, structurality, evolution/involution, complexity, self-organization, human dimension. However, epistemic and communicative difficulties accompany the construction of a general scientific picture of the world. There are methodological, experimental, linguistic, cognitive barriers between disciplines. Also, the unevenness of their development is strong. Competition between disciplines and reductionist programs are often caused by social reasons – politicization, ideologization and commercialization of big science. Philosophy seeks to connect the idea of a scientific picture of the world with a change in self-consciousness and a person’s place in the world. The prospect of intellectual synthesis fluctuates between the transdisciplinary form of organization of collective scientific thinking and the ideological imperialism of individual philosophical and scientific programs. (shrink)

The author argues that the radical technological transformations contribute to the raise of new epistemological questions. The XXI century technologies could be described as a large-scale socio-technical system. The author claims that the engineering knowledge in the technogenic civilization combines science and technology, technology and industry, techno-science and art, economics, society and culture. At the same time engineers and technologists while doing their experimental research face with risks and uncertainty. The author argues that the rise of new global risks as (...) well as the changes in the societal system make especially relevant the problems of resource saving, efficiency, ecological and technological safety. The author insists that the humanities could contribute to the settlement of these problems. She explains why the transdisciplinary approaches which aim at the cooperation of scientists and philosophers should be considered as the most prospective form of scientific research. This mode of research make it possible to combine fundamental issues with practical actions. (shrink)

The article discusses the theoretical status of the category of uncertainty. Instead of the classical definitions of uncertainty as an ontological or epistemological concept, a composite theoretical construct is proposed. In classical science, the objectivist representation of the subject of research was preferred. With the nonclassical type of rationality, there rises problem of including subjective elements in a theoretical description. Attention to subject-subject-object methodologies is increasing due to the complication of communicative interactions in science and society in the digital era. (...) One of the consequences of active innovative projective activity on a planetary scale and increasing risks is the perception in the public mind of uncertainty as a challenge. The author considers it appropriate to study the uncertainty-certainty as a paired category. The category of uncertainty was considered in philosophy, science, and management. The status of uncertainty as infinity and formlessness was recognized by Greek natural philosophers. Classical science developed the methodology of knowing the “infinite limit” through the construction of theoretical schemes (forms) and types of empirical testing. The paradox served as a means of destroying dogmatic schemes. In the context of increasingly complex communications in science, the importance of cognitive problems in the study of collective thinking and the personal beginning of creativity is increasing. Modern economic positivism is distinguished by its rejection of objective uncertainty, and the installation of the ability to efficiently manage exclusively accurate calculations is brought to extremes. (shrink)