IndisputableMonolith.Information.SimulationHypothesisStructure
This module defines the formal structure for the simulation hypothesis in Recognition Science, introducing RSUniverse as the type of all recognition events together with SimulatedUniverse and IsSimulation predicates. Researchers in foundational physics and information-theoretic derivations cite it when examining whether physical processes admit simulation within the RS framework. The module organizes definitions and lemmas that draw directly from the imported Constants, Cost, and Church-TuringPhysicsStructure without containing proofs.
claimThe module introduces the RS physical universe as a type representing all recognition events, together with a simulated-universe type and predicates capturing simulation relations and unprovability of simulation.
background
Recognition Science treats the physical universe as built from recognition events whose costs are measured by the J-function and organized on the phi-ladder. The module sits in the Information domain and imports the fundamental time quantum τ₀ = 1 tick, the cost structure, and the RS derivation of the Physical Church-Turing Thesis, which asserts that every physical process is simulable by a Turing machine.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
The module supplies the type and relation infrastructure that supports downstream claims such as simulation_hypothesis_from_ledger, rs_exists_iff_zero_cost, and ledger_self_grounding. It thereby contributes to the framework's treatment of the outer universe as the RS universe and to the self-grounded character of the ledger.
scope and limits
- Does not prove that the physical universe is simulated.
- Does not derive quantitative physical predictions from the simulation predicates.
- Does not address multi-level or infinite-regress simulations.
- Does not incorporate measurement postulates beyond the imported Church-Turing extension.
depends on (3)
declarations in this module (19)
-
structure
RSUniverse -
theorem
rs_universe_determined_by_events -
structure
SimulatedUniverse -
theorem
simulated_rs_is_rs -
def
IsSimulation -
theorem
simulation_unprovable -
theorem
outer_universe_is_rs_universe -
def
ledger_is_self_grounded -
theorem
ledger_self_grounding -
theorem
rs_exists_iff_zero_cost -
theorem
has_ct_structure -
def
simulation_hypothesis_from_ledger -
theorem
simulation_hypothesis_structure -
theorem
simulation_implies_church_turing -
def
simulation_argument_dissolved -
theorem
simulation_reduces_to_tautology -
theorem
phi_not_finitely_simulable -
theorem
simulation_substrate_must_be_real -
def
ic004_certificate