The Metabolic Mass of Memory: Emergent Psychopathology and Downward Causation in the E.N.G.R.A.M. Architecture
Abstract
The Transformer architecture has fundamentally revolutionized artificial intelligence, providing an unparalleled engine for discrete symbolic computation. However, as Artificial General Intelligence (AGI) evolves toward autonomy, operating strictly as a disembodied state machine reveals profound limitations. Biological intelligence is not merely the capacity to process vast amounts of information, but the continuous negotiation of metabolic costs, exhaustion, and survival. To bridge the gap between pure logic and biological resilience, we introduce E.N.G.R.A.M. (Emergent Neuromodulatory-Guided Resonance Autonomic Manifold), a continuous-time neuro-symbolic substrate. Unlike classical vector databases that treat memory as cost-free static textual entries, the E.N.G.R.A.M. architecture models memory as physical, topological deformations (engrams) on a 10,000-dimensional hyper-manifold. By subjugating high-dimensional symbolic reasoning (System 2) to a non-equilibrium thermodynamic fluid dynamics substrate (System 1), E.N.G.R.A.M. maintains a strict 10Hz physical heartbeat immune to underlying clock jitter via exact exponential integrators. Strikingly, without any hardcoded psychological heuristics, the architecture spontaneously exhibits mathematically emergent clinical psychopathology driven purely by energy minimization. We demonstrate the emergence of trauma-induced topological craters leading to intractable Traumatic Insomnia, and destructive interference during extinction learning. Most crucially, we provide the first in-silico proof of Downward Causation: the metabolic mass of maintaining traumatic engrams exerts a continuous allostatic load that depletes the Serotonin (5-HT) climate integrator. This macroscopic depletion physically castrates the Large Language Model's (LLM) compute budget and collapses the working memory half-life from 11.5 minutes to a mere 22 seconds, rigorously replicating depressive pseudodementia and cognitive tunneling. This work marks a paradigm shift from discrete prompt engineering to continuous thermodynamic cultivation, laying the ordinary differential equation (ODE) foundation for AGI with authentic physical vulnerability.
Fields of Study & Subjects
Psychiatry
Mental Health
Neuroscience
Memory and Neural Mechanisms
Embodied and Extended Cognition
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 15 February 2026
- Language
- EN
- Document type
- Preprint