Idealistisch geprägte Axiomatik des Selbstorganisationsparadigmas

The essay shows that the axiomatics of the systemic‐cybernetic‐biological theory of self‐organization by Humberto Maturana and Francisco Varela have their roots in the philosophy of German Idealism. Especially the completely subject‐centered philosophy of Johann Gottlieb Fichte already contains the central axiomatics of Maturana and Varela.     

Samuel Taylor Coleridge on ideas actualized in history

ABSTRACT

Situating Samuel Taylor Coleridge’s thought on historically actualized ideas with reference to a range of classical thinkers, this article examines his intriguing philosophical theory about how ideas become progressively actualized in history. This cultural growth can be understood as contemplation-in-action, although it occurs through mainly fumbling – or else overenthusiastic – human agents. I distinguish Coleridgean first-order, transcendent ideas (such as God, infinity, the good, the soul) from second-order, historical ones (such as church, state, the constitution). It has been argued that Coleridge’s theory of ideas develops from Bacon’s inductive method for discovering laws of nature through experiment and natural law through common law. I further claim that Coleridge upholds the reality of “Forms” in science, and of rights in ethics and politics; that his later political thought is inherently more progressive than is generally admitted; and that his account differs from Schelling’s and Hegel’s respective theories by maintaining the transcendence of ideas above the immanence of their evolving historical actualizations. Coleridge’s philosophy is therefore, whether political or metaphysical, ultimately an ontological defence of the transcendence of ideas above the immanence of their progressive but imperfect actualization.     

Analogien in Physik und Technik im 19. und 20. Jahrhundert

In this paper the use of analogies in physics and in technology is analysed. First the important role philosophically deep rooted analogies played in romantic physics is discussed. The work of Schelling and Ritter is treated in particular. Second the mechanical analogue models in the kinetic theory of gases and in electrodynamics are examined, as well as the severe philosophical criticism which they received. A sketch of the theory of the electron gas is presented as an example for the success and the shortcomings of analogue models. Finally mechanical and electric analogue models in technology are considered; moreover biological analogies in engineering research, and the principle of similitude as applied to model experiments in shipbuilding are discussed. The analysis of the historical examples shows that in the 19th and 20th century the word “analogy” is no longer a vague notion. It represents a scientific method, which, however, inevitably leads to both an extension of the original theoretical models and to special theories of mapping.