DABEL5DABEL5
Dyson modules from Asteroid Belt to Earth L5
A Dyson swarm starting from asteroids
Never violates the laws of physics. All technology already exists.
See why →① Why? — The first step to a Dyson swarm isn't Mercury — it's asteroids and L5
Dismantling Mercury is science fiction. Asteroid resources + an L5 foothold is the realistic first step within the laws of physics.
"Shaving Mercury is science fiction. Mining asteroids is engineering."
② With what? — From asteroid to mirror
A self-contained loop that wastes not a single gram.
Energy → Intelligence → More Energy → Stronger Intelligence → Double Exponential Growth
"Semiconductors from smelting waste."
③ How much? — One module's performance
Mirror area 1 km2 · Sun-Earth Lagrange L5
1 module = small city + 26 Frontier supercomputers
10,000 modules = Kardashev Type 1
④ How far? — Scaling up
As module count grows through self-replication, civilization tier changes.
| Modules | Mirror Area | Power Output | Population | AI Compute | Kardashev |
|---|---|---|---|---|---|
| 1 | 1 km² | 370 MW | 3,000 | 32 EF | 0.76 |
| 10 | 10 km² | 3.7 GW | 30,000 | 320 EF | 0.82 |
| 1,000 | 1,000 km² | 370 GW | 3M | 32 ZF | 0.94 |
| 10,000 | 10,000 km² | 3.7 TW | 30M | 320 ZF | 1.00 |
Each module builds the next. 10,000 modules = Kardashev Type 1.
Self-replication: exponential, not linear.
Making AI brains from asteroid waste,
mirrors building mirrors in exponential growth,
ultimately stabilizing Earth's climate.