We undertake the comparison between Ludwig von Bertalanffy's General Systems Theory and Alexandr Bogdanov's Tektology as two theories proposing a holistic interpretation of reality and claiming to solve problems which are unsolvable via conventional philosophic and scientific theories and methodologies. Basic misunderstandings by some Soviet authors regarding the nature of these theories -- especially in the case of Tektology -- are pointed out. The comparison is made in what concerns the general origins and purposes of the theories, their approaches to (...) the problem of organization, their treatment of mathematics and their understanding of the cybernetic concept of regulation. We contend that Tektology contains -- some 15 years earlier -- all the basic concepts which will be later developed by the General Theory of Systems. As we shall see, Tektology is the ultimate expansion of any theory of systems. This fact is widely ignored in contemporary specialized literature. We finally contend that both Tektology and the General Systems Theory are a sign of the times. A holistic secular monism is a respectable alternative to the failure of contemporary science and philosophy in guiding the life of men, in providing a raison d'être for human existence. However, we do not explore the soundness of this alternative. (shrink)

Cybernetics is a science characterized by the utopian search for new relationships between different areas of knowledge. After the Second World War, the best-known references in Western academia were Norbert Wiener’s approaches to this new discipline. However, there is another little-known hemisphere of this development that remains understudied and we claim is key for its history which refers to the pioneering work of scientists, engineers and cultural practitioners in Latin America, as well as the materialization of specific experiences that lead (...) us to reflect on the role that some regional milestones could have had in the global context. This volume of AI & Society covers points of view that were structured in the various most emblematic stages of these trajectories with the participation of agents that went beyond the assimilation and interpretation of external models, transforming themselves into fundamental and pioneering experiences, among others, the work of Mexican scientist Arturo Rosenblueth, or the impact of the concept of Autopoiesis. Through this article we introduce the outcome of the research—presented in great length in the contributions of this volume—on some of the main stages and trends that constituted the evolution of cybernetics in Latin America. The particular contributions of the authors in this issue have helped to reconstituting these contexts while developing a continuous horizon which also explores future practices. (shrink)

This paper situates Bogdanov in the context of social theory generally and socialist theory in particular. It outlines briefly the principal characteristics of his mature system, and assesses the strengths and weaknesses of his approach to the fundamental problems of social thought. The paper devotes particular attention to the problem of just how systems develop from less complex to more complex forms of organization, and evaluates Bogdanov’s solution to this problem against the background of populist, social democratic, and Leninist alternatives.

This paper situates Bogdanov in the context of social theory generally and socialist theory in particular. It outlines briefly the principal characteristics of his mature system, and assesses the strengths and weaknesses of his approach to the fundamental problems of social thought. The paper devotes particular attention to the problem of just how systems develop from less complex to more complex forms of organization, and evaluates Bogdanov's solution to this problem against the background of populist, social democratic, and Leninist alternatives.

Natural selection is generally considered to be a process exclusive to the domain of biotic systems. In this paper, a universal, five phase set of dynamics are identified as a framework underpinning the natural selection that occurs in all processes, governing every interaction at every scale, from the quantum to the intergalactic. The theoretical model describes a two-tendency universe, where the tensions that exist between syntropy and entropy provide the context for functional synergies from which all matter and material systems (...) emerge, supporting a theory of general, biotic and cognitive evolution. (shrink)