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(2002) Quantum mechanics, mathematics, cognition and action, Dordrecht, Springer.
Today, bio-medical sciences and human sciences in general are demanding some new epistemological paradigms, in the same manner that quantum physics began to proceed to a renewal of this kind eighteen years ago. Such paradigms seem to be connected with systems science, and especially a special branch of it, called agonistic-antagonistic systemics (AAS), combining co-operativity and conflict between two poles. AAS is under the necessity of considering, at the same time, both sides of whatever phenomenon—which may appear as contradictory, opposite or only different—and, finally, of taking into account the unity to which both sides belong. The dynamics study of the behavior of these couples, or of the so-called agonistic-antagonistic networks, allows to better understand the occurrence of amazing phenomena, as well as to consider special types of control, when agonistic antagonistic unbalances have occurred.
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Bernard-Weil, É. (2002)., Ago-antagonistic systems, in M. Mugur Schchter (ed.), Quantum mechanics, mathematics, cognition and action, Dordrecht, Springer, pp. 325-348.
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