TM–BM Resonance: Why Stimuli Are Not Universal and Why Chemistry Is Not Emotion

This preprint introduces the TM–BM Resonance model, a mechanistic reframing of emotion in biological cognition and embodied artificial intelligence. The paper challenges the common assumption that emotions are biochemical substances, arguing instead that emotion is a computed meaning-state generated when incoming data (Temporary Memory, TM) matches stored internal blueprints (Bold Memory, BM). In this framework, external objects are not inherently stimuli; they become stimuli only through internal validation. Biochemical processes are reinterpreted as physical activation commands that prepare biological systems for action, rather than as emotion itself. This distinction explains subjectivity, conditioning, and the persistence of false beliefs through blind pattern matching. The model is extended through a Cognitive Immunology analogy and translated into artificial systems via a functional activation layer (Ambient Reaction System), providing a practical foundation for emotion-like behavior without biochemical imitation.