SYNOMORPHANATOMY
Inspect regions, neurons, and structural organization across the nervous system.
Flagship research system
DROSOPHILA
Compact circuits for studying how vision, navigation, escape, locomotion, and sensorimotor control become behavior.
plannedexternal-whole-connectome-unintegratedBiologicalSource pendingInteractive visualization
OVERVIEW
Drosophila is the flagship biological system for investigating how compact neural structure transforms perception into useful action.
The public experience begins with interactive structure and pathway visualization. It does not claim a biologically faithful live brain simulation.
FROM STRUCTURE TO ACTION
NEURAL PATHWAYS
Highlight sensory-to-motor routes and compare how signals may move through selected circuits.
BEHAVIORS
Benchmark navigation, escape, visual response, locomotion, memory, and adaptation with explicit assumptions.
TRANSFER
Test which principles can inform reusable controllers, policies, and machine skills without assuming biological wiring is automatically better.
SYSTEM FLOW
- Sensory Input
- Nervous System
- Neural State
- Decoder / Control
- Robot / Virtual Body / Software
SOURCE METADATA
External scientific data is attributed independently. A candidate source is not treated as integrated until its dataset, version, publication, and license are verified.