def
definition
base_shift
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IndisputableMonolith.Physics.MassTopology on GitHub at line 56.
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depends on
used by
-
base_shift_denominator_forced -
base_shift_denominator_forced_no_hk -
base_shift_denominator_scale_forced_no_hc_pos -
base_shift_eq_34_plus_29_over_44 -
base_shift_kn_forced_under_passive_bound -
base_shift_kn_forced_under_passive_bound_no_hk -
base_shift_numerator_offset_forced -
base_shift_wallpaper_multiplier_forced -
base_shift_weight_split_forced -
o4_channel_closure_certificate -
radiative_cubic_coeff_forced -
refined_shift_channel_form -
refined_shift_cubic_coeff_forced -
refined_shift_full_affine_forced_from_base_role -
refined_shift_wallpaper_iff_cubic_from_base_role -
refined_shift_wallpaper_multiplier_forced_from_cubic_scale -
base_shift_bounds -
refined_shift
formal source
53def ledger_fraction : ℚ := (W + E_total) / (4 * E_passive)
54
55/-- The base shift: 2W + Fraction. -/
56noncomputable def base_shift : ℝ := 2 * W + ledger_fraction
57
58/-! ## Radiative Corrections -/
59
60/-- Primary radiative correction: α². -/
61noncomputable def correction_order_2 : ℝ := alpha ^ 2
62
63/-- Secondary radiative correction: E · α³. -/
64noncomputable def correction_order_3 : ℝ := E_total * (alpha ^ 3)
65
66/-- Total radiative correction. -/
67noncomputable def radiative_correction : ℝ := correction_order_2 + correction_order_3
68
69/-! ## The Refined Shift -/
70
71/-- The complete predicted shift. -/
72noncomputable def refined_shift : ℝ := base_shift + radiative_correction
73
74end MassTopology
75end Physics
76end IndisputableMonolith