On psychomimesis
This paper critiques the mind-brain problem through the lens of mimesis, arguing against the validity of the Turing Test by asserting that behavioral similarity does not equate to identical causal mechanisms in intelligent systems
On rate-sensitive chemoreceptor systems and the origin of the immune response
The study examines how the integration of cellular chemoreceptors into physiological homeostatic mechanisms imposes constraints that lead to features resembling an immune system, suggesting a potential evolutionary link between rate-sensitive chemoreceptors and immune responses
On the decomposition of a dynamical system into non-interacting subsystems
The dynamics of an n-dimensional dynamical system can be decomposed into non-interacting subsystems, revealing complexities that challenge traditional observational methods and have implications for reductionism in biology
On the design of stable and reliable institutions
The principle that functional activities of a system engage only a few structural degrees of freedom suggests that unused degrees can lead to interference and unreliability over time, impacting both biological and human-designed organizations
On the dynamical realization of (M,R)-systems
Rosen introduces a novel representation of abstract cell models, examining its properties and implications
No results yet, but the collection is still growing ;)
