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Work through the prerequisites. Each lesson is short, with a quick quiz.

Taṇhā (the 'grab')

4 min

Buddhist accounts describe a quick 'grabbing' or clenching toward pleasant and away from unpleasant sensations.

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Active Inference

5 min

Brains generate predictions and act to make them true, minimizing surprise (free energy).

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SOHMs & Resonance

6 min

Self‑organizing harmonic modes (SOHMs) are synchronous patterns that can carry information as resonant modes.

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Hemo‑Neural Hypothesis

5 min

Blood flow can modulate neural activity (beyond mere energy delivery).

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Latch‑Bridge Mechanism

6 min

Smooth muscle can enter a low‑energy 'latched' state that maintains tension with little ATP.

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CVH: Compressive Vasomotion

5 min

Vasomotion acts like a compression sweep that pushes ambiguous patterns toward specificity.

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VCH: Vascular Clamp

5 min

Specific constrictions freeze local neural dynamics and act like medium‑term memory for predictions.

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LHH: Latched Hyperprior

5 min

Sustained contraction engages the latch‑bridge, biasing future interpretation (a sticky prior).

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Neural Annealing (background)

6 min

Holding patterns can consolidate and smooth into defaults (annealing-style dynamics).

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Vasocomputation (overview)

8 min

Hypothesis: the body stores and manipulates predictions as patterns of vascular tension. These tensions can freeze neural dynamics short‑term, and prolonged holds can 'latch,' biasing future perception/action.

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