Sovereign Capacity LabAtoms to useful capability
Concept of neighbours maintaining a civic robot beside shared computing racks in an Australian community workshop.

A Fair Go in the Age of Superintelligence

Sovereign Capacity Lab

Change the assumptions. Follow the atoms, machines and electricity through to useful local capability.

AI-generated concept image · 7 November 2026 · Image credits and prompt

Research and default assumptions dated

Jump to calculator ↓

A Fair Go in the Age of Superintelligence

Joyful responsible abundance needs useful machines, reliable clean power and people who retain authority over both.

This laboratory connects Luke Nathan Hayes's mining and materials paper with Joyful Responsible Abundance and Extreme Matter Atlas. It gives the proposed missing middle a physical account: what to build, what it contains, how to power it and how to keep it working.

The global manufacturing scenario and an Australian civic rollout are separate scales. Start with the power budget or change the year below. Then examine the material, mineral, repair and infrastructure requirements.

Default scenario dated 7 November 2026.

Yellow FANUC robot arms inside a vehicle assembly facility.
PhotographIndustrial robot arms at a Tesla factory assembly demonstration in 2010. These arms illustrate the production machinery behind a growing robot fleet.Steve Jurvetson · 27 October 2010 · CC BY 2.0 · Source · Credits and details · Open full-size image
  1. 01
    Power and the clean energy budget

    Build new capability while preserving the electricity allocated to clean-energy transition and essential development.

  2. 02
    Machines materials and long service lives

    Explore annual production, surviving fleets, refurbishment, motors and the material in each machine.

  3. 03
    Generation storage and substitute chemistries

    Separate power ratings, delivered energy, losses and the atomic materials needed by a chosen design.

  4. 04
    From atomic elements to industrial supply

    Substitute a source mineral, change its grade and recovery, then compare the required output with existing industry.

  5. 05
    Put the whole project in the material ledger

    Create a bill of materials for factories, grids, robots, panels, service parts and other equipment.

  6. 06
    Orbital power mass and transport

    Size on-board generation, heat rejection, payload transport and power delivered to other users.

  7. 07
    Australian capability before and beyond 2032

    Connect population growth, domestic industry, civic robots, sovereign compute and global exports.

  8. 08
    Build robots in Australia

    Manufacture civic robots for Australian communities and export. Size the factories, costs, supply chains and locally governed capability.

Where these projects meet