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Experiment notes

# Understand the experiment.
Then question the model.

A reading path from the scientific question to the code and the results. Each article links back to the experiments it explains.

First time? Follow the guide Open the lab

1. The experiment

   ## What can a connectome-driven fly tell us?

   The scientific question, why looming input is useful, and what this simplified computational twin can establish.

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2. Data & modeling

   ## From a connectome to a computational model

   How source tables become population units, directed weights, signed activity, and a sparse full-CNS model.

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3. Implementation

   ## How neural activity makes the fly move

   Inside the sensory-feedback loop, motor adapter, body equations, rendering, and executable implementation.

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4. Interpretation

   ## How to read an experiment without overclaiming

   Interpret interventions, compare reference results, understand feedback and cropping, and plan stronger tests.

   Read →

## Go straight to the details

The project download includes the prepared graphs, source code, reproduction instructions, and recorded numerical checks.

Download code & data Model & source notes Complete body equations