FEFE LABS · LOADING / Opening the observation room…
Assembly preview: movement here is a planar demonstration with animated limbs, not evidence of standing or learned locomotion. Open articulated body adaptation →
FEFE. LABSPLANAR DRIVE / REPLAY
A SMALL BRAIN. AN OPEN WORLD.
Body workshop
One small change. A different trail.
01 / MAKE IT YOURS
Keep what you love. Shuffle the rest.
HeadLOOK
Locks apply to shuffling. Heads, tails and wings are visual parts.
Size and probes update in the preview. Run a trial to compare the effects of mass and medium.
Keep this body
Save in this browser, or export a JSON copy. Import a recipe to keep editing it.
BODY PREVIEW
Momo
Ready? Let it try to approach the orange scent source.
0.00 / 0 s
PLANAR DRIVE · INDEPENDENT TRIALS · NO LEARNING
Made a change? Let it try.
Where do these movements come from?
Uses the hemibrain v1.2 MB/CX subset: 2,846 neurons and 177,903 connections. Two odor probes sequentially stimulate one persistent LIF network; an engineered bridge maps MBON population output to left/right drive.
All bodies use planar motion. Size changes a circular contact envelope; probe positions change sensing; limbs, mass and medium change drive coefficients. Limb animation follows actual travel. Visual heads, tails and wings add no vision, tail thrust or lift. There is no joint control, fluid simulation, flight or learned gait.
Curated replays are computed using the same fixed protocol and reproduced from recipe and seed. A 30-second world trial covers 12 neural seconds, without learning. A/B comparisons require matched seeds, models and timing. One trajectory does not establish reliable navigation.
Stone materials and the distant backdrop are visual staging; paths, the odor target and collisions retain the same BODY–01 coordinates.
Share links contain body recipes; local saves stay in this browser. Editing preserves the previous result for comparison. Failed or cancelled trials do not replace it.
Mica observatory & data sources ↗