SYSTEM NOTE
Discrete signals, quiet memory.
A visual pulse propagation model. Not a neuroscience or medical tool.
OBSERVATION CHAMBER / MVP
Pulse Propagation Chamber
A visual pulse propagation model for observing discrete signals travel, delay, synchronize, and leave route memory.
pulse
Prototype
PULSE FIELD
Place a fire point or drag across the field. Pulses travel through nearby nodes, used routes glow, and quiet routes fade.PULSE FIELD
nodes 0 / routes 0 / pulses 0
OBS-PULSE / CALM / 00:00
TARGET CENTER
OPERATION GUIDE
Fire, block, amplify.
- FIRE injects a pulse into the node field.
- BLOCK mutes a local area and breaks nearby routes.
- AMPLIFY and AUTO SYNC reinforce paths around a muted area.
- TRACE ROUTE isolates rerouted memory paths.
OBSERVATION POINTS
Watch delay become route memory.
- SIGNAL shows active firing points.
- ROUTE shows the paths that have carried pulses.
- TIMING exposes delayed or noisy pulses.
- MEMORY reveals reinforced routes and fading links.
OBSERVATION GUIDE
Touchpoints for Observation
Observe discrete pulses moving through nodes with delay, synchronization, reflection, and route memory.
- Fire or burst pulses, place block or amplify points, and compare Signal, Route, Timing, and Memory.
- Timing view makes delay easier to read.
- Memory view shows which routes were used before the current pulse.
This is a visual pulse propagation model, not a neuroscience or medical tool.
Runs inside the browser with no upload and no registration.
SYSTEM NOTE
pulse(t + delay) -> route memory + decay + noise. A visual pulse propagation model. Not a neuroscience or medical tool.
OBSERVATION POLICY
This lab runs in your browser. No image, pointer trace, or input is uploaded by this prototype.
OBSERVATION LOG
Observation logging will be connected with moderation in a later build.