01 / WATCH
Watch first. Then participate.
Watch, scrub a timeline, and share a moment without a login or wallet. Try the existing odor-learning experiment when you want to participate.
Try odor learning ↗ONE NEURAL MODEL. NEW POSSIBILITIES.
A small brain. Eight new arms.
A fruit-fly neural model in an octopus body. A closer approach, or a detour? Watch Momo’s recorded trial, then make a body of your own.
Watch a trial. Make a body.GOAL: ORANGE RING
MOMO / CURATED REPLAYSEED 42 · PLANAR DRIVE
OPEN LAB / 003
A fly. A different world.
Physical walking, stairs, multiple bodies and independent neural states. Set a goal, observe brain activity, save a verifiable experiment.
EMBODIMENT / 002 · MALECNS
Let the body test it.
165,122 traced neurons and MuJoCo joint physics. Inspect zero-drive, single-joint and sensory-feedback controls.
BODY—01 / STANDARD OBSERVATORY
Return to the original experiment.
What does the neural output change? Visit the Mica observatory for public recordings, disconnected controls, neural readings and data sources.
02 / COMPARE
Compare the evidence.
Seeds, sources, and full trajectories are public. Independent trials and a disconnected control make the body coupling inspectable.
03 / ASSEMBLE
One neural model. More bodies.
Six body templates and mixable parts now run through a planar drive interface. Joint locomotion, swimming and flight need their own future motion models.