Kill Switches

Kill switch numbers are globally unique across the body of work. Nine switches engage on this paper; all are live. Statuses follow the Master Kill Switch Registry.

KS-36.1 — Conservation (chemistry)

Claim. Chemistry obeys conservation: matter and energy cannot be created from nothing or destroyed without trace, because every reaction is a symmetric exchange plus an irreducible leak.

Test. Demonstrate a chemical system that operates without conservation — where matter or energy is created from nothing or destroyed without trace.

Status. LIVE — EMPIRICAL.

Recovery. The conservation foundation fails in chemistry; the reframing of chemical processes as conservation under constraint collapses.

KS-36.2 — Surface necessity

Claim. Catalysis requires a surface or equivalent concentration mechanism: in a dilute ocean the right molecules never meet, and the surface concentrates and orients them so the existing gradient can drive reactions.

Test. Show that catalysis can proceed at arbitrary dilution without a surface or equivalent concentration mechanism.

Status. LIVE — EMPIRICAL.

Recovery. The surface-as-enabler claim fails; the origin-of-life line loses its concentration step and must be rebuilt without constraint operating constructively.

KS-36.3 — Threshold completeness

Claim. The transition from thermodynamic to dynamic kinetic stability — from resisting the break to exploiting the record — is a structural consequence of {S, B, R, C} on self-referential loops, requiring no additional principle.

Test. Show that the transition from thermodynamic to dynamic kinetic stability requires a physical principle beyond {S, B, R, C}.

Status. LIVE — STRUCTURAL.

Recovery. The threshold is not complete from the axioms; the chemistry-to-biology transition requires an imported principle and the derivation is incomplete.

KS-36.4 — Autocatalysis

Claim. Autocatalytic loops are statistically permitted under sustained gradient and catalytic surface: given enough species, connections, and time, some connections loop and copy themselves.

Test. Show that autocatalytic loops are statistically impossible under prebiotic conditions — or that the formation probability is vanishingly small.

Status. LIVE — EMPIRICAL.

Recovery. The autocatalysis step fails; the origin of self-reference must be explained by a mechanism other than statistics on catalytic surfaces (the probability is owed under Debt 37).

KS-36.5 — Gradient dependency

Claim. No organism creates its own energy gradient: life is the machinery that converts a pre-existing external gradient into structure, so coupling to an external gradient is the definition of life.

Test. Demonstrate an organism that exists without coupling to an external gradient — that life can create its own gradient.

Status. LIVE — EMPIRICAL.

Recovery. The gradient-dependency claim fails; life can be self-sourcing, and the entire feed-and-dependency architecture must be withdrawn.

KS-36.6 — Dependency irreversibility

Claim. Dependency is locked coupling: as directional records accumulate, alternatives close and the system cannot revert to a low-input state without cost — directional record accumulation cannot be unwound for free.

Test. Show that a system with accumulated directional records can revert to its prior low-input state without cost — that dependency is reversible without cost.

Status. LIVE — STRUCTURAL.

Recovery. The irreversibility of dependency fails; withdrawal shock and locked growth paths lose their structural basis and the dependency account must be revised.

KS-36.7 — Toxic accumulation

Claim. Toxic accumulation cannot be sustained indefinitely: residue that is not cleared fills a finite buffer, and beyond the threshold the chemical Ledger executes an audit (organ failure, ecosystem collapse) — the same geometry as AP35 crashes.

Test. Show that toxic accumulation can be sustained indefinitely without an audit — that residue can build past the buffer with no correction.

Status. LIVE — EMPIRICAL.

Recovery. The buffer-overflow reading of toxicity fails; accumulation has no chemical ceiling and the audit thesis does not transfer from economics to chemistry.

KS-36.8 — Input capture

Claim. An extractive input relationship destabilises: where only the supplier can walk away, control of supply is control of behaviour, and the dependent system’s coupling has been captured — the test is structural (who can walk away?).

Test. Show that an extractive input relationship — one where only the supplier can withdraw without collapse — stabilises rather than destabilises the dependent system.

Status. LIVE — STRUCTURAL.

Recovery. The input-capture-as-extraction claim fails; supply asymmetry is not destabilising and the extraction test (who can walk away?) loses its force.

KS-36.9 — Persistence mechanism

Claim. Biological persistence operates by copying faster than decay (dynamic kinetic stability) with a separable, readable record — instructions divided from machinery under error accumulation.

Test. Show that biological persistence operates without separable instructions — e.g. discover a viable protobiological system where metabolism-first persistence needs no separable record.

Status. LIVE — STRUCTURAL.

Recovery. The instruction-machinery separation is not a structural requirement; the genetics-as-structural-consequence claim is withdrawn while the persistence inversion may still stand.