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def

decoherenceFromBITCert

definition
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module
IndisputableMonolith.QuantumComputing.DecoherenceFromBIT
domain
QuantumComputing
line
174 · github
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IndisputableMonolith.QuantumComputing.DecoherenceFromBIT on GitHub at line 174.

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formal source

 171      = Constants.phi ^ 1
 172
 173/-- The master certificate is inhabited. -/
 174def decoherenceFromBITCert : DecoherenceFromBITCert where
 175  omega_BIT_band := omega_BIT_band
 176  T2_pos := T2_substrate_pos
 177  T2_strictly_decreasing := T2_substrate_strictly_decreasing
 178  T2_ratio_phi_power := T2_ratio_is_phi_power
 179  transmon_fluxonium_ratio := T2_transmon_to_fluxonium_ratio
 180
 181/-! ## §6. One-statement summary -/
 182
 183/-- **DECOHERENCE FROM BIT ONE-STATEMENT THEOREM.**
 184
 185    Under the BIT-coupling decoherence model:
 186    (1) the canonical BIT carrier sits in the `(8.0, 8.1)` band;
 187    (2) substrate decoherence times follow `T₂(k) = T₂_0 / φ^k`;
 188    (3) cross-class ratios are exact `φ`-powers `φ^(k_b - k_a)`. -/
 189theorem decoherence_from_BIT_one_statement :
 190    -- (1) Carrier in band.
 191    ((7.5 : ℝ) < omega_BIT ∧ omega_BIT < 8.1) ∧
 192    -- (2) `T₂` strictly decreasing in Z-rung.
 193    (∀ T2_0 k, 0 < T2_0 →
 194      T2_substrate T2_0 (k + 1) < T2_substrate T2_0 k) ∧
 195    -- (3) Cross-class ratio is a φ-power.
 196    (∀ T2_0 k_a k_b, 0 < T2_0 → k_a ≤ k_b →
 197      T2_substrate T2_0 k_a / T2_substrate T2_0 k_b = Constants.phi ^ (k_b - k_a)) :=
 198  ⟨omega_BIT_band, T2_substrate_strictly_decreasing, T2_ratio_is_phi_power⟩
 199
 200end
 201
 202end DecoherenceFromBIT
 203end QuantumComputing
 204end IndisputableMonolith