theorem
proved
one_lt_phi
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open lean source
IndisputableMonolith.PhiSupport on GitHub at line 39.
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All declarations in this module, on Recognition.
explainer page
depends on
used by
-
pitchJNDFraction_lt_one -
agronomicTipPoint_lt_one -
resonant_minimization -
preferredAspectRatio_gt_one -
goldenDivision_lt_one -
fastRadioBurstFromBITCert -
ml_from_phi_tier_structure -
ml_matches_stellar_observations -
ml_geometric_bounds -
r_orbit_strict_mono -
bimodal_ratio_lt_phi_nine -
alfvenToSolarWindRatio_gt_one -
J_bit_pos -
covalent_barrier_higher -
angle_bias -
optimalTempRatio_gt_one -
tc_scaling -
thermosphere_above_stratopause_ratio -
horton_bifurcation_ratio_gt_one -
horton_length_ratio_gt_one -
log_bifurcation_ratio_pos -
log_length_ratio_pos -
z_rung_monotone -
z_rung_strictly_increasing -
criticalDamkohler_gt_one -
high_tc_superconductivity_structure -
alphaLock_pos -
hbar_lt_one -
one_lt_phi -
one_lt_phiPointSixOne -
phi_ge_one -
phi_gt_one -
phi_ne_one -
k_R_pos -
vev_implies_phi_ne_one -
vev_phi_window -
alpha_locked_lt_one -
alpha_locked_pos -
display_rate_matches_structural_rate -
tau_rec_display_pos
formal source
36/-- φ > 1: The golden ratio is strictly greater than 1.
37
38 This is already proven in Constants.lean -/
39theorem one_lt_phi : (1 : ℝ) < phi := Constants.one_lt_phi
40
41end PhiSupport
42end IndisputableMonolith