scale
scale(k) returns phi^k for each natural number k, supplying the explicit length scales for the five canonical LSS regimes on the phi-ladder. Cosmologists and researchers deriving resonant lengths in coherence devices or musical intervals cite this definition. It is introduced as a direct one-line assignment with no lemmas or computation.
claimThe scale at rung $k$ is defined by $s(k) = phi^k$ for each natural number $k$, where $phi$ is the golden ratio fixed point.
background
The LargeScaleStructureFromRS module defines five canonical LSS regimes (CMB acoustic scale, baryon acoustic oscillation, galaxy clusters, filamentary structure, cosmic voids) with each regime occupying one rung on the phi-ladder in comoving length. The phi-ladder is generated by successive powers of the self-similar fixed point phi forced in the unified forcing chain. This definition supplies the explicit real-valued length for rung k.
proof idea
The declaration is a direct definition that sets scale(k) equal to phi raised to the power k, with no lemmas applied and no tactics used.
why it matters in Recognition Science
This definition supplies the phi-ladder scales that underpin resonant scale definitions in applied coherence technology and the Fibonacci relations in musical scales. It realizes the D=5 LSS regimes in the module and connects to the phi fixed point from the forcing chain. Downstream results such as ResonantScale and scale_fibonacci depend on it to link cosmology to aesthetics and device design.
scope and limits
- Does not assign specific LSS regimes to particular values of k.
- Does not include numerical evaluation or approximation of phi^k.
- Does not derive the correspondence between these scales and observed cosmological features.
formal statement (Lean)
29noncomputable def scale (k : ℕ) : ℝ := phi ^ k
proof body
Definition body.
30
used by (40)
-
pentatonicSize -
scale_fibonacci -
third_quality -
PhiInt -
ResonantScale -
phi_energy_rung_pos -
luminosity_tier_local -
NuclearTier -
nuclear_tier_local -
E_coh -
J_mass -
M_max -
OptimalConfig -
two_rung_gap_eq_phi_squared -
J_bit_pos -
J_nonneg -
alphaInv_dimensionless -
barrierLadder -
higher_temp_faster -
k_larger_shell_than_li -
energyScale -
hcp_ratio_near_phi -
argon_ea_zero -
shell -
familyLadderStep -
P_vs_NP_resolved -
J_cost -
phi_critical_energy -
sc_gap_scale -
alphaInv_linear_rate