Across scales and domains, natural systems exhibit consistent response patterns governed by three fundamental laws: thermodynamic limitation, information delay, and control stability. These constraints define a universal class of admissible response functions characterized by saturating behavior, delayed onset, and diminishing gain. We demonstrate that a unified response function set emerges, subsuming empirical formulas from biochemistry, neuroscience, ecology, and physics. This formal grammar of response is further validated through normalization of over 20 classical formulas. We propose that these laws and their corresponding function set form a predictive meta-grammar governing all causal systems.
刘加政 (Wed,) studied this question.