United States Patent & Trademark Office
Standard AI systems generate responses, then tag them with emotion labels. Sentiment analysis as an afterthought. The "feeling" is cosmetic—it doesn't change how information gets processed or stored.
That's backwards. In biological systems, neurochemistry shapes cognition before output, not after. Cortisol doesn't label a memory as stressful. It changes how that memory gets encoded and retrieved. The biochemistry is the computation.
We inverted the pipeline. Input flows through hormone-weighted coordinate processing first. State shapes memory encoding. Memory retrieval is weighted by biochemical context. The math came from actual endocrinology: real half-lives, real receptor dynamics, real pharmacokinetics.
Five antagonistic hormone pairs: dopamine/serotonin, cortisol/oxytocin, adrenaline/endorphin, testosterone/estrogen, GABA/glutamate.
Half-lives derived from endocrinology literature. Cortisol clears differently than adrenaline. The math reflects biological reality.
3:1 weighting based on Baumeister's research. Bad experiences encode stronger. Because that's how biological memory works.
High-intensity negative events create permanent memory modifications. Trust can heal. Scars remain forever.
Real-time data from production implementation. User identities anonymized.
Read the white paper to understand the science. Explore the philosophy to understand the why.