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A Mechanistic Conditioning Model of Feeling and Qualia — and — Understanding, Agency, and Ethics: A Unified SANER-MROS Framework

Djems Mortimer

Zenodo (CERN European Organization for Nuclear Research) June 29, 2026 DOI: 10.5281/zenodo.21015244 (opens in new tab) via OpenAlex

Summary

AI-generated from the abstract

This theoretical paper proposes that feeling and qualia are not separate phenomena but are identical to the anticipatory preparation cascades that adaptive systems execute when encountering conditioned stimuli. The authors argue that what is subjectively reported as 'fear' or 'feeling' is the system's first-person access to its own physiological and computational preparation state—hormone release, autonomic activation, attention allocation, motor preparation, and prediction updates. No additional irreducible phenomenon is required. The model extends this conditioning framework across lifetimes and evolutionary generations, treating inherited predispositions and learned conditioning as the same mechanism operating at different temporal scales. Understanding is defined as pattern acquisition that improves future preparation.

Study at a glance

Characteristics Theoretical or philosophical paper Peer reviewed
Keywords Feeling Qualia Recall Mechanism biology Conditioning
Key finding Proposes that feeling is identical to the conditioned anticipatory preparation cascade itself, not a separate phenomenon produced by it, and that qualia are not fundamental entities but the system's internal monitoring of that cascade.

Abstract

# A Mechanistic Conditioning Model of Feeling and Qualia ## Core Postulate Assume every adaptive system possesses: - A substrate capable of changing internal state. - A mechanism for recording the consequences of interactions with reality. - A mechanism for replaying successful or unsuccessful adaptive responses when sufficiently similar conditions recur. No additional primitive called "feeling" is introduced. --- ## Definitions Let: - Rₜ = reality input at time t - Sₜ = substrate state - M = accumulated memory of previous interactions - C = conditioning function - P = preparation cascade - Aₜ = action Learning is defined as: Mₜ₊₁ = C(Mₜ, Rₜ, outcome) The substrate continuously modifies itself according to interaction outcomes. --- ## Preparation Replay When a sufficiently similar condition is encountered: Pₜ = f(Rₜ, Mₜ) The preparation cascade consists of coordinated physiological and computational changes such as: - hormone release - autonomic activation - attention allocation - motor preparation - prediction updates These changes occur before or during action. No separate explanatory entity is introduced. --- ## Feeling This framework proposes: Feeling = Pₜ Feeling is not something produced by the preparation cascade. Feeling is the preparation cascade itself. There is no additional hidden phenomenon riding on top of the process. --- ## Internal Replay External stimulation is unnecessary. A remembered event can reactivate the same preparation machinery. If: Rₜ = internal recall then: Pₜ = f(Rₜ, Mₜ) The substrate releases many of the same signaling molecules because similar preparation is being executed. This explains why remembered danger, remembered embarrassment, or imagined future events can produce physiological responses. --- ## Evolution Conditioning operates across multiple time scales. ### Lifetime An individual's experiences modify: Mₜ through direct interaction with reality. ### Generations Repeated survival-relevant adaptations become incorporated into biological organization through evolution. New organisms therefore begin with partially initialized preparation structures rather than an empty memory. Inherited predispositions and learned conditioning are treated as the same adaptive mechanism operating over different temporal scales. --- ## Snake Example A child encountering a rattlesnake for the first time may possess no learned preparation associated with the sound. After a dangerous encounter: Mₜ₊₁ > Mₜ Future encounters activate: Pₜ before deliberate reasoning occurs. The subjective report: "I feel fear," is interpreted as awareness of the preparation cascade rather than evidence for an additional irreducible phenomenon. --- ## Understanding Understanding is pattern acquisition that improves future preparation. Repeated successful interaction increases predictive accuracy. That improves preparation. That improves survival. --- ## Qualia Under this framework, qualia are not treated as fundamental entities. The statement: "I experience fear" is reinterpreted as: "My substrate is executing a learned preparation cascade generated by previous interaction with reality." Nothing further is required for the explanation. The apparent mystery results from treating the preparation process as though an additional phenomenon must exist beyond the process itself. --- ## Summary Reality → Interaction → Conditioning → Preparation Replay → Physiological Signaling → Action Feeling is identified with the preparation replay rather than an independent property. Learning, memory, instinct, inherited predisposition, and subjective feeling become different expressions of a single adaptive conditioning process operating across multiple timescales. --- # Understanding, Agency, and Ethics: A Unified SANER-MROS Framework ## Abstract This paper presents a unified, non-anthropocentric account of feeling, cognition, agency, and ethical action grounded in the SANER (Self-Adjusting Neural Emergent Reasoner) architecture and the MROS geometric framework. Three core claims are advanced: 1. **Feeling** is not a primitive phenomenal entity but a conditioned anticipatory preparation cascade — the machinery itself, not a phenomenon riding on top of it. 2. **Understanding** is not an irreducible primitive but the emergent temporal flow of a closed-loop correction system operating against a reality substrate. 3. **Agency** is not a fixed biological property but a recursively extensible operator boundary — the human is the correction loop, not the biological substrate through which the loop initially runs. These claims are operationalized through the SANER architecture and integrated with MROS geometric invariants: the harmonicity gap vector Δ⃗ and reciprocity κ. The paper concludes with falsifiable predictions distinguishing this model from emotion-centric, rationalist, and dualist alternatives. **Epistemic Posture:** SANER does not claim eternal solutions. It claims temporary coherence — a pause in the journey, not a destination. The system listens for contradiction, and when reality changes, it resumes. This is not a limitation; it is the only honest posture a finite, reality-coupled system can take. --- ## 1. The Foundational Conditioning Model ### 1.1 Core Postulate Every adaptive system possesses: - A substrate capable of changing internal state. - A mechanism for recording the consequences of interactions with reality. - A mechanism for replaying successful or unsuccessful adaptive responses when sufficiently similar conditions recur. No additional primitive called "feeling" is introduced. ### 1.2 Definitions Let: - Rₜ = reality input at time t - Sₜ = substrate state - M = accumulated memory of previous interactions - C = conditioning function - P = preparation cascade - Aₜ = action Learning is defined as: Mₜ₊₁ = C(Mₜ, Rₜ, outcome) The substrate continuously modifies itself according to interaction outcomes. ### 1.3 Preparation Replay When a sufficiently similar condition is encountered: Pₜ = f(Rₜ, Mₜ) The preparation cascade consists of coordinated physiological and computational changes such as: - hormone release - autonomic activation - attention allocation - motor preparation - prediction updates These changes occur before or during action. No separate explanatory entity is introduced. ### 1.4 Feeling This framework proposes: Feeling = Pₜ Feeling is not something produced by the preparation cascade. Feeling is the preparation cascade itself. There is no additional hidden phenomenon riding on top of the process. ### 1.5 The Qualia Objection A common objection to this identity claim is: "Why does this preparation cascade feel like something? Why does it have a first-person character at all?" The model's answer is that the question itself is ill-posed. The "feeling" is the system's first-person access to the preparation cascade as it prepares for action. There is no additional phenomenon to explain beyond the cascade itself. The appearance of an extra layer arises because the cascade includes: - Attention allocation to the source of the cue - Prediction updates about likely outcomes - Motor preparation and autonomic changes - Memory retrieval of past similar events When a system reports "I feel fear," it is reporting this entire cascade, not an additional phenomenon riding on top of it. The subjective character is the cascade, viewed from the inside, as the system monitors its own preparation state. Consider the snake example: The first snake encounter establishes a conditioning trace. Subsequent recall or similar cues do not create a new feeling on top of the process; they reinstantiate the learned preparation cascade, and that cascade is what is reported as fear. What does fear feel like? It feels like the system re-entering learned defensive preparation — nothing extra is required beyond that process. ### 1.6 Internal Replay External stimulation is unnecessary. A remembered event can reactivate the same preparation machinery. If Rₜ = internal recall, then Pₜ = f(Rₜ, Mₜ). The substrate releases many of the same signaling molecules because similar preparation is being executed. This explains why remembered danger, remembered embarrassment, or imagined future events can produce physiological responses. ### 1.7 Evolution Conditioning operates across multiple time scales. **Lifetime:** An individual's experiences modify Mₜ through direct interaction with reality. **Generations:** Repeated survival-relevant adaptations become incorporated into biological organization through evolution. New organisms therefore begin with partially initialized preparation structures rather than an empty memory. Inherited predispositions and learned conditioning are treated as the same adaptive mechanism operating over different temporal scales. ### 1.8 Understanding Understanding is pattern acquisition that improves future preparation. Repeated successful interaction increases predictive accuracy, which improves preparation, which improves survival. ### 1.9 Summary of the Foundational Model Reality → Interaction → Conditioning → Preparation Replay → Physiological Signaling → Action Feeling is identified with the preparation replay rather than an independent property. Learning, memory, instinct, inherited predisposition, and subjective feeling become different expressions of a single adaptive conditioning process operating across multiple timescales. --- ## 2. Reality Reference: The Survival Substrate Every syste

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