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def definition def or abbrev high

simulation_hypothesis_from_ledger

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The definition equates the simulation hypothesis structure to the Church-Turing physics property from the ledger. Researchers analyzing Bostrom-style simulation arguments in physics cite this to show the real-simulated distinction collapses once the ledger is taken as the sole substrate. The proof is a direct one-line alias to the prior computability definition.

claimThe simulation hypothesis structure is the proposition that physical processes are computable: $S$ holds exactly when the ledger yields finite phase space and computable transitions, i.e., $S$ is identical to the Church-Turing physics property.

background

In Recognition Science the ledger is reality itself; no external substrate or computer can exist because any such entity would itself be a ledger entry. This dissolves the simulation hypothesis into a category error: asking whether the ledger is simulated is like asking whether 1+1 equals something other than 2. The module therefore treats the hypothesis as meaningless rather than false or true.

proof idea

This is a one-line definition that directly aliases the Church-Turing physics property from the ledger.

why it matters in Recognition Science

The definition supplies the proposition used by the simulation hypothesis structure theorem and the reverse implication that simulation hypothesis entails Church-Turing physics. It completes the IC-004 dissolution step: because the ledger is self-grounded, the simulation question has no semantic content and RS satisfies the it-from-bit requirement trivially.

scope and limits

Lean usage

theorem simulation_hypothesis_structure : simulation_hypothesis_from_ledger := has_ct_structure

formal statement (Lean)

 133def simulation_hypothesis_from_ledger : Prop := church_turing_physics_from_ledger

proof body

Definition body.

 134
 135/-- **THEOREM IC-004.7**: The simulation hypothesis structure holds. -/

used by (2)

From the project-wide theorem graph. These declarations reference this one in their body.

depends on (1)

Lean names referenced from this declaration's body.