SYSTEM NOTE
Signals become legible when the route breaks.
This lab is a visual approximation of pulse propagation, overload, path damage, and rerouting in a graph. It is not a medical, diagnostic, therapeutic, or clinical neuroscience tool.
OBSERVATION CHAMBER / MVP
Stimulate nodes, break paths, and watch pulses reroute through a changing network.
NEURAL PULSE NETWORK
Stimulate nodes, damage paths, and watch pulses reroute through surviving links.SYSTEM NOTE
This lab is a visual approximation of pulse propagation, overload, path damage, and rerouting in a graph. It is not a medical, diagnostic, therapeutic, or clinical neuroscience tool.
OBSERVATION POINTS
G = (V, E) is a signal graph. Node activation updates as a_i(t+1) = decay * a_i(t) + sum_j(m_ji * w_ji * a_j(t)) + noise, where m_ji masks damaged edges and bypass links are visual reroute candidates.
OBSERVATION GUIDE
Observe pulses moving through graph nodes, overload spreading, damaged paths disappearing, and alternate routes lighting back up.
This is a visual approximation of a signal network, not a medical, diagnostic, therapeutic, or clinical neuroscience tool.
Runs inside the browser with no upload and no registration.
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.