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def

Omega_L_pred

definition
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module
IndisputableMonolith.Cosmology.HubbleTension
domain
Cosmology
line
67 · github
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IndisputableMonolith.Cosmology.HubbleTension on GitHub at line 67.

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  64noncomputable def H_late_pred : ℝ := H_early_exp * (hubble_ratio_topo : ℝ)
  65
  66/-- Predicted Dark Energy Density. -/
  67noncomputable def Omega_L_pred : ℝ :=
  68  (dark_energy_base : ℝ) - alpha / Real.pi
  69
  70/-! ## Geometric Derivation -/
  71
  72/-- The Hubble ratio 13/12 derives from ledger edge count (12) + time dimension (1). -/
  73theorem hubble_ratio_from_ledger :
  74    hubble_ratio_topo = (12 + 1) / 12 := by
  75  simp only [hubble_ratio_topo]
  76  norm_num
  77
  78/-- The Dark Energy base 11/16 derives from passive edges (11) over 2*vertices (16). -/
  79theorem dark_energy_from_geometry :
  80    dark_energy_base = 11 / (2 * 8) := by
  81  simp only [dark_energy_base]
  82  norm_num
  83
  84/-! ## Verification Theorems -/
  85
  86/-- Helper: 13/12 numerical bounds. -/
  87theorem hubble_ratio_bounds :
  88    (1.0833 : ℝ) < (hubble_ratio_topo : ℝ) ∧ (hubble_ratio_topo : ℝ) < (1.0834 : ℝ) := by
  89  simp only [hubble_ratio_topo]
  90  norm_num
  91
  92/-- Predicted late Hubble value. H_late_pred = 67.4 * (13/12) = 73.01666... -/
  93theorem H_late_pred_value :
  94    (73.01 : ℝ) < H_late_pred ∧ H_late_pred < (73.02 : ℝ) := by
  95  simp only [H_late_pred, H_early_exp, hubble_ratio_topo]
  96  norm_num
  97