IndisputableMonolith.Modal.ModalGeometry
The ModalGeometry module defines a metric on possibility configurations via the J-transition cost scaled by a base time. Researchers in modal quantum foundations or possibility-space geometry would cite it when measuring distances between states. The module supplies the core distance definition together with its listed algebraic properties.
claimThe modal distance is the function $d(x,y) = J_{transition}(x,y)/τ_0$ on possibility configurations, obeying $d(x,x)=0$, $d(x,y)=d(y,x)$, and the triangle inequality.
background
The module sits inside the Modal domain and imports the foundational notions of possibility configurations and actualization from its two sibling modules. Its central object is the possibility metric, expressed directly as the J-transition cost normalized by the reference time τ₀. The supplied documentation states the three metric axioms that follow from this definition.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
The module supplies the metric structure required by the parent IndisputableMonolith.Modal module. It thereby supplies the geometric layer that later modal constructions (distance, balls, curvature) rest upon.
scope and limits
- Does not derive or axiomatize the J_transition function itself.
- Does not prove the triangle inequality or other metric axioms.
- Does not relate the metric to the phi-ladder or Recognition Science constants.
- Does not address physical interpretation or measurement of τ₀.
used by (1)
depends on (2)
declarations in this module (28)
-
def
modal_distance -
lemma
modal_distance_nonneg -
lemma
modal_distance_self -
lemma
modal_distance_symm -
def
PossibilityBall -
lemma
identity_in_ball -
theorem
possibility_space_connected -
def
possibility_curvature -
lemma
curvature_at_identity -
lemma
curvature_pos -
def
modal_period -
def
modal_nyquist_limit -
def
modally_equivalent -
lemma
modally_equivalent_refl -
lemma
modally_equivalent_symm -
theorem
modal_nyquist -
def
interference_amplitude -
def
constructive_interference -
def
destructive_interference -
lemma
constructive_at_zero -
structure
ModalManifold -
def
standard_modal_manifold -
theorem
modal_completeness -
def
ImpossibleRegion -
theorem
impossible_infinite_cost -
def
PossibilityBoundary -
theorem
boundary_unreachable -
def
modal_geometry_status