Rupert Riedl

From Wikipedia, the free encyclopedia

Rupert Riedl
Rupert Riedl

Rupert Riedl (February 22, 1925 - September 18, 2005) was an Austrian zoologist who made contributions in the fields of:

He was also the Founder President of the Club of Vienna.

Rupert Riedl was a scientist with broad interests, whose influence in epistemology grounded in evolutionary theory was noteable, although less in English-speaking circles than in German or even Spanish speaking ones. His 1984 work, Biology of Knowledge: The evolutionary basis of reason examined cognitive abilities and the increasing complexity of biological diversification over the immense periods of evolutionary time.

Riedl built upon the work of the Viennese school of thought initially typified by Konrad Lorenz, and continued today by Erhard Vollmer, Franz Wuketits, and in Spain by Nicanor Ursura, skeptical of German idealism, and nourished by the tradition that produced Ernst Mach, Ludwig Boltzmann, Edwin Schrödinger, Karl Popper, Hans Reichenbach and Sigmund Freud.

Lorenz believed that the Kantian framework of cognitive concepts such as three dimensional space and time were not fixed but built up over philogenetic history, potentially subject to further developments. Lorenz’s position, as expanded by Rupert Riedl, attempts to make it easier to assimilate non common sense physical scientific areas such as quantum field theory and string theory.

Riedl drew clear distinctions between the deductive and inductive (non conscious) cognitive processes characteristic of the left and right cerebral hemispheres. His analysis of what he called “the pitfalls of reason” deserves special attention. He, like Lorenz,was concerned with cognitive processes that might endanger the future of civilization.

Riedl has less direct influence on academic philosophy than his profound influence on the thinking of investigators in neuroscience such as Michael Gazzaniga, Antonio Damasio, and V. Ramachandran, whose investigations combine synergistically with those of more physiologically-oriented scientists such as Eric Kandel and Rodolfo Llinás, as well as computational models that take advantage of the techniques of systems dynamics as practiced by Dennis Nobel and P. Read Montague.

[edit] Works

[edit] External links

Languages