Bioinspiration: From Aristotle's Logic to Silicon Architecture

The article analyzes the evolution of technological thought, leading from Aristotle's ancient syllogistics to modern computer science. The author points to a key process of abstraction: the transition from linguistic rules of reasoning, through George Boole's algebraization of logic, to the physical implementation of electrical circuits thanks to the work of Claude Shannon. The text emphasizes an important distinction between the formalization of human thinking and the conscious borrowing of biological mechanisms (biomimetics). While the early digital era relied on deterministic mathematical logic, newer stages of computer science development began to draw directly from neurobiology and ethology. This genealogy shows how the concept of 'Aristotle in silicon' evolved from rigid logical structures toward flexible systems inspired by nature.