The Myth of Infinite Abundance: Why Money Survives ASI
There is a story spreading through Silicon Valley boardrooms, tech podcasts, and futurist manifestos, and it goes something like this: Artificial Super Intelligence will usher in an era of infinite abundance. Scarcity will be solved. Poverty will end. Money, that ancient clunky system for allocating limited things among unlimited wants, will simply fade away, a relic of a less intelligent age. It is a beautiful dream. It is also physically impossible.
The argument against it begins with a simple observation. Abundance requires resources, and resources are always finite. No matter how intelligent our machines become, they cannot conjure matter from nothing. ASI can optimize supply chains, design better materials, and automate entire industries, but it cannot manufacture iron ore that doesn't exist or energy that hasn't been captured. Every product, every structure, every byte stored on a physical server requires atoms. And atoms, on Earth or anywhere else in the universe, are countable.
The techno-optimists will point to space. We'll mine asteroids, they say. We'll colonize Mars. The solar system has more resources than we could ever use. This is true, but it misses the point entirely. Getting there requires materials too. Rockets are built from finite metals. Habitats on Mars are assembled from finite supplies. The act of reaching abundance consumes the very resources you are trying to multiply. We are not escaping scarcity by becoming multi-planetary. We are inheriting it at a larger scale.
A more sophisticated objection involves energy and recycling. If we solve energy, and fusion or some equivalent may genuinely do that, then extracting and recycling materials becomes cheap enough to render scarcity moot. Atoms are reusable. We don't consume iron, we just move it around. With effectively infinite energy, couldn't we recycle our way to abundance? It is a fair challenge, but it contains a hidden assumption: that the population consuming those recycled materials stays roughly stable. It won't.
This is where the argument gets genuinely unsettling. ASI isn't just solving logistics and production. It is actively solving disease. It is discovering cures, predicting conditions before they manifest, and accelerating drug development from decades to months. Life expectancy, already rising, is about to increase at a pace we have no historical framework for. Artificial wombs, genetic optimization, the gradual removal of biological limits on reproduction, all of these push the ceiling on human population upward at precisely the moment the floor on human lifespan is rising too. Every solution to scarcity unlocks a new driver of demand. Solve energy and recycling becomes viable. Solve disease and population grows without its natural brake. Population grows and demand permanently outpaces recycling, no matter how efficient it becomes. The loop doesn't close. It just expands.
The deepest implication, however, is not about resources at all. It is about the foundations of economic thought itself. If ASI genuinely solves human mortality, not merely extending life but indefinitely postponing death, then resource demand doesn't grow, it becomes infinite by definition. And here is what makes this so under-explored: mortality has always been the hidden stabilizing variable in every economic model ever constructed. Every assumption economists make about labour supply, consumption cycles, savings behaviour, and generational wealth transfer is built on the quiet foundation that people die. Remove that foundation, and not just money but the entire architecture of economic theory needs to be rebuilt from scratch. That is not a tweak to existing models. That is a civilizational rethink.
So what does this world actually look like? The most likely answer is an era of hyper-deflation with a hard floor. ASI will make production radically more efficient. The cost of manufacturing, logistics, design, and decision-making will collapse. Almost everything becomes very cheap, but crucially, almost nothing becomes free, because that floor is matter. The cost of intelligence approaches zero. The cost of the atoms required to do anything with that intelligence does not. The post-ASI economy will therefore be split. On one side sits the digital economy, where ASI creates something genuinely close to abundance, where software, knowledge, and creative work can be replicated infinitely at near-zero cost. On the other side sits the physical economy, where scarcity never dies, where lithium, land, water, and rare earth elements remain governed by supply, demand, and the hard limits of a finite world strained by a population that is growing larger and living longer. Money doesn't disappear in this future. It mutates, retreating from the digital world and entrenching itself in the physical one.
There is, buried inside all of this, something genuinely exciting. Humanity has always been most alive when it has a frontier. In a world of permanent physical scarcity, that frontier doesn't close, it expands into the cosmos. We would become a civilisation of explorers by necessity, moving across solar systems in search of resources, mining planets until they are spent, then moving on. Gold and rare earth elements forged only in the death of stars would become the ultimate speculative assets, cosmic scarcity made literal. There is real meaning in that. A species that must keep reaching, keep exploring, not out of curiosity alone but out of the deep unresolvable pressure of its own survival and growth, is a species with purpose.
But all of this rests on a single condition. ASI has to remain aligned with humanity. If it does, we get the stars. If it doesn't, we don't get a second chance. The universe doesn't offer refunds. The future could be extraordinary. But extraordinary and guaranteed are very different things.