Post-Scarcity

The book argues that abundance emerges not through singular breakthrough but through cascading convergence of multiple technologies reaching maturity simultaneously. When energy costs approach zero, production becomes automated, and recycling approaches perfect, the scarcity assumptions baked into economic models collapse entirely.

What the book argues

Post-scarcity doesn't mean unlimited everything. Time remains scarce, attention remains scarce, meaning remains scarce. But material scarcity—the fundamental assumption underlying all economics for millennia—becomes negotiable through technology. This doesn't solve scarcity; it dissolves the economic systems built upon it.

The real crisis emerges not from abundance but from transition: scarcity thinking persists even as scarcity evaporates. Three groups fight ownership of a vertical farm that could feed everyone. A fabrication lab sits half-empty because people still ask "how much does it cost?" rather than "what can we create?"

The burden of proof inverts in abundance. Currently we ask "justify taking wealth." In post-scarcity, the burden reverses: "justify excluding anyone from abundance." Reciprocity concerns dissolve when machines do production rather than humans trading labour.

Where it appears

Chapter 5 presents theoretical framework. Energy costs approaching zero reshape every equation. Manufacturing that costs nothing per unit—once infrastructure exists—eliminates production constraints. The transition from "how do we produce enough?" to "how do we distribute abundance?" happens mathematically, not politically.

Chapter 10 shows post-scarcity in full cascade: housing appearing in hours, medicine preventive, creativity limited only by imagination, work divorced from necessity. Children sketch impossible things; systems catch, fix physics, print them. People migrate patterns in bird populations or restore ancient languages—whatever questions pull. The chapter imagines evenings bringing "paralysing choice": neural induction learning, garden design, symphony composition, world-building.

What evidence supports it

• Solar dropped 89% (2015-2025); wind following same trajectory; battery storage falling
• Desalination costs: from $1+/m³ to $0.27-0.50/m³; MIT projects $0.13-0.15/m³ within decade
• Lab-grown meat approaching soy patty costs
• Vertical farming with acoustic growth: 400% faster growth, 90% less water
• 3D printing reaching multi-metre-per-second speeds; atomic assembly in lab stage
• AI designing better materials, which enable better AI, creating feedback loops

What challenges it

Abundance doesn't arrive evenly geographically or temporally. Some embrace it faster; others cling to scarcity models. Transition periods create real suffering. Entrenched interests resist because scarcity made them wealthy. Tax structures designed for scarcity actively slow abundance deployment (solar tariffs, utility monopoly protections, transmission line blocking).

Connections

technology-cascade explains convergence mechanism. exponential-growth describes acceleration compressing transition timescales. consciousness-shifts shows why abundance emergence requires mental rewiring. universal-basic-income serves as bridge policy during transition.

Open questions

• Which geographical regions implement post-scarcity frameworks first, and what advantages emerge?
• How do property rights, intellectual property, and ownership concepts evolve in genuine abundance?
• What remains worth competing for when material scarcity disappears?