Compressive Vasomotion Hypothesis (CVH)

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• Compressive Vasomotion Hypothesis (CVH): Vasomotion reflex functions as a compression sweep on nearby neural resonances, collapsing ambivalent patterns into durable definite states, with motifs of vasomotion as reflexive reactions to uncertainties (patterns of tanha).hypothesis0.891
  First of the three core vasocomputation hypotheses, linking vasomotion to compression.
• Vascular Clamp Hypothesis (VCH): Vascular contractions freeze local neural patterns and plasticity for the duration of contraction, with specific constrictions encoding specific predictions, functioning as medium-term memory.hypothesis0.785
  Second core hypothesis, linking VSMC contraction to active inference predictions and memory.
• Vasocomputationconcept0.725
  Unifying framework proposing that Buddhist tanha operates through vascular smooth muscle cells as the brain's compression/prediction infrastructure.
• Cessations are near-complete absence of vasomotion.claim0.715
  Equates meditative cessations with halted vasomotion.
• Principles of Vasocomputationframework0.706
  Mike Johnson's 2023 framework unifying Buddhist phenomenology, Active Inference, and physical reflex; introduces tanha as mental motion.
• In Theravada Buddhism, vasomotion corresponds to tanha, vascular contractions correspond to pattern freezing, and latches correspond to blocking awareness.claim0.701
  Detailed mapping of vascular phenomena onto Buddhist concepts.
• Tanha is compression pressure — an artifact of the brain's compression drive.claim0.701
  Reframing tanha as a side effect of the drive to compress complexity.
• Vasomotion reflexconcept0.698
  The rhythmic contraction and relaxation of vascular smooth muscle; proposed to function as a compression sweep on neural resonances.