Fly Umweltwhole-connectome observatory
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The live chamber is described by the current-behavior strip and Observe panel.

Fly-centered chamber view. Use Follow or Overview, zoom buttons, arrow keys, plus and minus keys, or pointer gestures to navigate.

A fly-relative composition of retinal brightness, motion, proximity, looming, bilateral odors, body contact, light, and modeled memory guidance. It contains no room coordinates.

Preparing simulation…data pending0.00×
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NERVOUS SYSTEMLoading the nervous system

Reading bundled neuron identities and weighted connections…

Current behaviorjust changed
settling

waiting for neural state

Sampled activity— Hz
Recent population firing rate.waiting for a neural frame
Body statemodeled
Energy
Hydration
Private memory0 traces

no active recall

drifting path integration; no chamber coordinates
MODEL BOUNDARY

What is measured, and what is modeled?

The neural model does not receive chamber coordinates, object lists, target positions, or ideal actions.

The camera, captions, neural field, and history are observer-side displays and never feed back into control.

Causal

Routes embodied sensory and proprioceptive input through the graph and derives body movement only from identified neural outputs. It removes memory input and ongoing-state assumptions, so it may be quieter or stationary.

Evoked

Uses the published zero-baseline style with narrow outputs. It is for stimulation experiments and can remain still.

The wiring and neuron identities come from the loaded connectome. Membrane dynamics, receptor transduction, unresolved transmitter effects, ongoing state, memory, muscle transfer, physiology, and the planar six-leg body are models. This software cannot establish consciousness, subjective experience, or biological life.

Scientific notes

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