The representation of biological systems from the standpoint of the theory of categories
A mathematical framework for general systems is developed using category theory, enabling the selection of unique canonical forms for various mathematical representations, including neural nets and finite automata, with potential applications in biological systems
The role of quantum theory in biology
Quantum biology extends beyond the computation of biological molecules, suggesting that alternative analytical modes inherent in quantum theory are crucial for understanding fundamental biological interactions
Thinking, immanence, and the Cartesian cogito
Turing's morphogens, two-factor systems and active transport
Turing's morphogenesis theory and Rashevsky's two-factor models are interconnected diffusion-reaction schemes that demonstrate how morphogenetic properties rely on apparent active transport
Two-factor models, neural nets and biochemical automata
Recent models of macromolecular synthesis regulation and differentiation in cells can be mathematically described as networks of two-factor elements, analogous to McCulloch-Pitts neurons, leading to a precise definition of "molecular automaton" in these processes
No results yet, but the collection is still growing ;)
