TechStuff More AI in Space Than on Earth? Really!?
13 snips
Feb 20, 2026 
Ariel Ekblaw, space architect and founder of the Aurelia Institute who builds self-assembling orbital infrastructure, discusses self-assembling tiles, orbital data centers, and robotic swarms. She covers cooling and launch-cost shifts that make space-based AI infrastructure plausible. Conversations touch on orbital biolabs, debris remediation, human-centered habitat design, and policy for democratizing access.
AI Snips
Chapters
Books
Transcript
Episode notes
Magnetic Tiles That Self‑Assemble In Microgravity
- Ariel developed Tesserae tiles shaped as hexagons and pentagons with edge magnets for self-assembly in microgravity.
- She prototypes them at a fabrication facility and supports Rendezvous Robotics' NASA mission.
ISS Demos Show Tiles Clicking Together
- Tesserae tiles have been flown to the ISS twice and click together in microgravity like a ballet.
- Ariel describes releasing tiles that turn and fit perfectly without thrusters, relying on magnets and sensors.
Microgravity Enables Unique Biotech Manufacturing
- Ariel expects orbital biolabs to enable biotech manufacturing that gravity disrupts on Earth.
- She cites LambdaVision using microgravity to build artificial retinas that could treat blindness.
