IndisputableMonolith.Physics.ThreeGenerations
The module defines the 8-tick cycle indexed by a set of cardinality 8 together with generation types and tick-based mappings to model three particle generations in Recognition Science. Researchers deriving mass hierarchies from the phi-ladder would cite its indexing and bijections. It supplies type definitions and mappings on top of the tick time quantum.
claimThe 8-tick cycle indexed by the finite set of cardinality 8, with bijections to bit patterns, a type for the three generations, and functions mapping tick indices to dimensions and masses on the phi-ladder.
background
Recognition Science quantizes time in ticks with the base unit τ₀ = 1 from the Constants module. This module realizes the eight-tick octave by indexing the cycle with a set of eight elements. It introduces the generation type, the three-generations object, tick-to-dimension maps, and mass assignments via the phi-ladder.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
The module realizes the eight-tick octave step in the unified forcing chain and supplies the scaffolding for three generations. It enables the mass hierarchy pattern and dimension assignments that appear in the physics layer. No downstream uses are recorded, indicating it serves as a foundational block for generational physics.
scope and limits
- Does not prove any mass formula.
- Does not link to the J-cost function.
- Does not specify numerical values for constants.
- Does not address the spatial dimension count.
depends on (1)
declarations in this module (22)
-
abbrev
TickIndex -
def
tickToBits -
def
bitsToTick -
theorem
bits_bijection -
inductive
Generation -
theorem
three_generations -
def
dimensionsFromTicks -
theorem
dimensions_from_log -
def
dimensionToGeneration -
def
massRatio -
def
massHierarchyPattern -
theorem
mass_from_phi_ladder -
theorem
why_exactly_three -
theorem
no_fourth_generation -
structure
CKMElement -
theorem
ckm_from_phase_overlap -
def
cabibboAngle -
structure
PMNSElement -
theorem
neutrino_generations_match -
def
experimentalTests -
structure
GenerationFalsifier -
def
experimentalStatus