Study 001

Finding 1 — The Tempo Boredom Effect Sustained training at higher tempos produces upward recalibration of the internal temporal reference frame, rendering previously neutral tempos phenomenologically subthreshold. The internal clock is not fixed. It is a trained variable.

Finding 2 — Existential Flatness Under Competition A distinct intra-match state was observed, characterized by suspension of the competitive reference signal without corresponding performance degradation. Competitive motivation is not a stable background condition. It is a reference signal that can decouple from execution.

Finding 3 — Constraint Saturation State Change Constraint saturation beyond a critical threshold produced a qualitative state change in performance phenomenology, not a linear performance degradation. There may be a constraint threshold beyond which the control loop reorganizes rather than degrades — releasing deliberate control and producing an automatic processing state with distinct phenomenological characteristics.

Finding 4 — SDT Criterion Shift in Rehabilitation SDT tasks during rehabilitation showed a measurable increase in false alarm rate, interpreted as a criterion shift toward lower-threshold commitment under signal uncertainty. False alarm rate is proposed as a quantitative proxy for opacity tolerance development.

Finding 5 — Ideomotor Pendulum Variability Ideomotor pendulum responsiveness was variable across sessions and modulated by preceding training state, suggesting that implicit motor intention access is a state-dependent rather than trait-stable capacity. The pendulum protocol has potential as a rapid pre-session assessment tool for training state readiness.

Finding 6 — Efference Copies Layered Protocol Findings The Efference Copies protocol produced three distinct layered findings: confirmed Tempo Boredom Effect; tempo-indexed forward model calibration gains that did not transfer across tempo tiers without specific training; and cascading error recovery as a qualitatively distinct training stimulus — the closest phenomenological analog to live adversarial match play encountered across the study.

Finding 7 — Injury as CLF Data The lumbar injury sustained during a non-training household activity confirmed that the nervous system does not compartmentalize its defensive motor strategy by activity type. The injury prevention architecture must be applied to ordinary movement contexts as well as training contexts. Threat-state is system-wide, not context-specific.

Finding 8 — Sustained Conjecture State as Motor Recruitment Mechanism The Efference Copies protocol, through continuous audio perturbation of unpredictable onset, induces a sustained state of motor conjecture in which the nervous system cannot resolve its predictive activity into confirmed expectation at any point during the movement cycle. Motor recruitment operating from within sustained conjecture is categorically more complete than recruitment operating from within certainty — because the possibility of incorrect prediction demands a readiness that resolved prediction does not. This mechanism is verified dually: physiologically through DOMS onset pattern confirming disrupted motor recruitment under perturbation, and phenomenologically through somatic recognition of that DOMS signature as congruent with training states from earlier in the investigator's athletic history. The soreness itself triggered the recognition. Together these constitute evidence that sustained conjecture state occupation during resistance training produces a motor recruitment depth that conventional training does not reach.