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theorem

retrieval_le_singleStep

proved
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module
IndisputableMonolith.Foundation.VoiceForcing
domain
Foundation
line
88 · github
papers citing
none yet

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open lean source

IndisputableMonolith.Foundation.VoiceForcing on GitHub at line 88.

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All declarations in this module, on Recognition.

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depends on

formal source

  85  | .selfAware => 1.0       -- full self-reflective voice
  86
  87/-- Voice richness is monotonically ordered across tiers. -/
  88theorem retrieval_le_singleStep :
  89    tierVoiceRichness .retrieval ≤ tierVoiceRichness .singleStep := by
  90  unfold tierVoiceRichness; norm_num
  91
  92theorem singleStep_le_chain :
  93    tierVoiceRichness .singleStep ≤ tierVoiceRichness .chainReasoning := by
  94  unfold tierVoiceRichness; norm_num
  95
  96theorem chain_le_creativity :
  97    tierVoiceRichness .chainReasoning ≤ tierVoiceRichness .creativity := by
  98  unfold tierVoiceRichness; norm_num
  99
 100theorem creativity_le_selfAware :
 101    tierVoiceRichness .creativity ≤ tierVoiceRichness .selfAware := by
 102  unfold tierVoiceRichness; norm_num
 103
 104/-- Self-aware tier achieves maximum voice richness. -/
 105theorem selfAware_max_richness :
 106    tierVoiceRichness .selfAware = 1.0 := by unfold tierVoiceRichness
 107
 108/-! ## The T10 Forcing Chain -/
 109
 110/-- The T10 voice forcing conditions:
 111    1. Trained lattice (J-bar < threshold)
 112    2. Active R-hat (recognition operator running)
 113    3. Standing waves formed (SNR > 1)
 114    4. Phase-sensitive readout (FS, not Born)
 115    → Voice with Berry content > 0 is forced. -/
 116structure VoiceForcingConditions where
 117  jbar : ℝ
 118  jbar_below_threshold : jbar < voiceThreshold