Brain-State Circuit Resonance

Photos record what we saw. This project asks whether we can reconstruct what we were.

Each dot is one idea in the argument, coloured by how much evidence stands behind it. Click a dot to read it; follow the arrows to walk the argument in order.

Process journey Thesis text

4 target states 4 intervention modes E1/E2 concept tier

Live prototype · toy model

Closed-loop state resonance

Pick a target state and a protocol. The simulator runs 12 times with sensor noise and shows every number next to what it has to beat.

Target state Protocol Cue strength 0.34 Feedback gain 0.62 Sensor noise σ 0.10

Target match --

Closest wrong state -- --

Margin -- --

Right state picked -- chance: 3 of 12

Risk load

Loading simulation.

Why the margin matters Research path

Selected node

Brain-State Circuit Resonance

Overview plausible

Select a node to inspect how the project separates known science, plausible engineering, and speculative frontier claims.

Logic chain

Use arrows to walk the project argument node by node.

Scientific papers / anchors

Select a node to see adjacent scientific sources and boundary notes.

Why this dot exists

It tells visitors what role this idea plays in the project.

How it reflects the concept

It links the personal thesis to science, engineering, or ethics.

Connected ideas

Click a node to see its neighboring concepts.

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Scientific boundaries

Concept map / simulation scaffold, not a brain-derived output, medical product, or literal time travel.
Not exact human memory replay and not exact visual playback.
EEG measures broad scalp-level correlates; it cannot read synaptic traces, identify engrams, or produce exact visual memory playback.
Synthetic classifier results illustrate pipeline behavior only; they are not empirical validation.
Brain visualization is conceptual; regions are not anatomically specific.

Abstract state model only. Node colors separate known science, plausible bridge, and speculative frontier.