SIMULATED NEURONS
—Actual generated populationLIVE / REFERENCE RECORDING
Where the worm
is right now
Market gradients enter named sensory neurons. The c302 network integrates. Forward and reverse command circuits produce an intent. Every value below comes from the recording now in view.
DIRECTIONAL MARGIN
—Forward minus reversePAPER EQUITY
—Initial balance: $1,000 fictional USDWORM INTENT
—Awaiting reference dataENVIRONMENT
SYNTH / USD
COMMAND CIRCUIT
Forward / reverse
ENGINEERED INPUT
Sensory stimulation
ASEL and ASER are distinct cells. Odor and avoidance inputs use bilateral pairs. These financial mappings are experimental choices.
INDEPENDENT SAFETY
Risk cage
No live transaction path exists in this build.
HASH-LINKED DECISION CHAIN
Who made the decision?
| TIME | BY WORM | BY RISK CAGE | BY PAPER EXECUTOR | EVENT HASH |
|---|
WHAT IT IS
A real model,
not a metaphor
This laboratory uses c302’s C1 equations and its default historical connectivity reader. The sensory currents are engineered; the full selected network propagates them; a fixed readout compares named forward and reverse command neurons.
It does not recreate all of a living worm’s physiology. Synaptic parameters, financial inputs, and readout thresholds carry substantial modelling assumptions. Zero trades are a valid result.
Inspect upstream c302 ↗WHAT IS NOT REAL, STATED PLAINLY
The parts that
aren’t the worm
- The market senses are designed.Price gradients, flow, liquidity, and impact become bounded currents chosen for this experiment.
- The worm does not understand finance.It has no language, goals, wallet, or concept of a token. The readout is an imposed interpretation of command-neuron activity.
- The browser replays recordings.Bundled files contain model traces already calculated through c302, jNeuroML, and NEURON. Playback is not a browser simulation.
- The executor is paper-only.No order-signing method exists. Fills, fees, slippage, impact, balances, and P&L are fictional and fully auditable.
OPTIONAL / REAL RECOMPUTATION
Connect a reference worker
Local Python + Java runs the actual model. The public site works immediately with recordings; new simulations require a separately hosted worker. No wallet or signing key is used.