IndisputableMonolith.Foundation.OptionAEmpiricalProgram
This module defines the executable structure for one row in the Option A first-pass empirical program. It supplies the program specification type together with constructor functions and lemmas that enforce injectivity and uniqueness on actions, deliverables, and pipelines. Researchers initializing empirical tests of Recognition Science predictions would cite these definitions when assembling the initial pipeline. The module consists entirely of type definitions and basic property lemmas.
claimThe module introduces a program specification structure $P$ for the Option A first-pass empirical program, equipped with a constructor that produces unique actions and deliverables, together with the generated executable row whose length and component lists satisfy verified uniqueness and non-duplication properties.
background
The module sits inside the Option A empirical readiness framework. Upstream readiness requires a combination to possess four operational layers before it is considered ready: falsifier protocol, analysis action, deliverable artifact, and the executable program row supplied here. The module therefore supplies the concrete row that completes the readiness gate.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
The module supplies the program specification that completes the four-layer readiness gate defined in the upstream Option A empirical readiness module. It thereby enables construction of the first-pass pipeline used to test Recognition Science predictions, including the forcing chain T0-T8 and the phi-ladder mass assignments. No downstream theorems are recorded, indicating the module functions as a foundational definition block.
scope and limits
- Does not detail the internal content of any falsifier protocol.
- Does not implement analysis actions or produce deliverable artifacts.
- Does not extend the program beyond the first-pass row.
- Does not incorporate Recognition Science constants or the phi-ladder.
depends on (1)
declarations in this module (17)
-
structure
ProgramSpec -
def
programSpec -
theorem
programSpec_injective -
def
firstPassProgram -
theorem
firstPassProgram_length -
theorem
firstPassProgram_nodup -
theorem
firstPassProgram_exact_top_priority -
theorem
scheduled_program_ready -
theorem
scheduled_program_pipeline -
theorem
firstPassProgram_actions_nodup -
theorem
firstPassProgram_deliverables_nodup -
theorem
firstPassProgram_pipelines_nodup -
class
is -
def
FirstPassProgramComplete -
theorem
firstPassProgramComplete -
structure
EmpiricalProgramCert -
def
empiricalProgramCert