IndisputableMonolith.RRF.Foundation.VantageCategory
VantageCategory equips each vantage with a category whose objects are states and morphisms are transitions, with the strain functional J assigning costs. Researchers building the RRF foundational layer cite it to organize state transitions under balance deviation. The module composes the imported Vantage and Strain definitions into this categorical setting as a pure definition block.
claimEach vantage forms a category whose objects are states and whose morphisms are transitions, equipped with the strain functional $J$ that assigns a cost to each state.
background
The module introduces the category of states within a vantage, with objects as states, morphisms as transitions, and the strain functional J assigning costs. It rests on the Vantage module, which identifies three perspectives on any phenomenon: Inside (subjective/qualia), Act (dynamic/process), and Outside (objective/physics). The Strain module supplies the measure J of deviation from equilibrium, where J approaching zero encodes the law of balance and lower strain corresponds to greater consistency.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
VantageCategory supplies the categorical organization of states and transitions that the RRF.Foundation module imports when constructing the MetaPrinciple axiom, constants derived from phi, and the double-entry Ledger. It places the strain cost J at the center of vantage structure within the foundational layer of the Reality Recognition Framework.
scope and limits
- Does not specify concrete objects or morphisms for any particular vantage.
- Does not prove category axioms or functoriality properties.
- Does not compute explicit values of the strain functional J.
- Does not link to the phi-ladder or forcing chain steps.
used by (1)
depends on (2)
declarations in this module (23)
-
structure
VantageCategory -
def
isBalanced -
def
equilibria -
def
hasEquilibrium -
structure
VantageFunctor -
theorem
preserves_balanced -
def
comp -
def
identity -
structure
VantageEquiv -
def
refl -
def
symm -
theorem
equilibria_iso -
def
outsideVantage -
def
actVantage -
def
insideVantage -
theorem
vantages_equivalent -
theorem
hard_problem_dissolves -
structure
DisplayFunctor -
structure
ChannelCoherence -
theorem
one_J_thesis_weak -
theorem
one_J_thesis_coherent -
structure
StrictDisplayFunctor -
theorem
one_J_thesis_strict