During the last decades the physico-chemical conception of self-organization of chemical systems has been created. The chemical systems in natural-historical processes do not have any creator: they rise up from irreversible processes by self-organization. The issue of self-organization in physics has led to a new interpretation of the laws of nature. As Ilya Prigogine has shown, they do not express certainties but possibilities and describe a world that must be understood in a historical way. In the new philosophical understanding of (...) nature priority is not ascribed to any single type or level of entity, but to historical processes, to processes of endless generation and change. (shrink)

Basing upon Friedrich August Hayek's concept of spontaneous orders and upon the elaboration of Karl Raimund Popper's concept of open society carried out by George Soros, and also basing upon author's own former work on the explication of the concepts of self-organization and organization, it is demonstrated that this is the self-organization - a spontaneous, i.e., a natural (without the external ordering reason) formation of structures - that puts the limits to the capability of mind in changing the world. For (...) flourishing the spontaneity, certain general rules must exist. The understanding of the self-organizing and evolving reality where we ourselves belong to is imperfect (i.e., it cannot be neutral or objective or complete) and our activity leads to the results we have not intended. (shrink)

Nonclarity around the understandingof the concept of chaos has caused someconfusion in the contemporary natural science.For instance, not making a clear distinctionbetween the deterministic and quantum chaos hasmade it impossible to evaluate the approach ofIlya Prigogine in an appropriate way. It isshown that Jean Bricmont has missed the targetin his critique of I. Prigogine's ideas, as thelatter has concentrated his interest on systemsconsisting of infinite (arbitrarily large)number of particles in incessant mutualimpact, the former on systems that have afinite (not necessarily (...) large, althoughsometimes very large) number of particles,which move freely of any mutual impact orparticipate only in transient interaction. Thedifference may sometimes be quite crucial. Itis also suggested that if we consider theirreversibility as the basic element ofdescription of physical world, the world oftrajectories and wave functions cannot beresearched apart from this real irreversibility. (shrink)