A visual guide to the theory of self-propagating systems, natural selection among human organizations, and why the outcome for our biosphere may be catastrophic.
Chapter Two builds a formal theory explaining why societies fail — using the concept of "self-propagating systems" competing via natural selection. It argues the combination of advanced technology + global communication makes civilizational collapse not just likely, but structurally inevitable.
The author is careful to distinguish this from "Social Darwinism" — he is not saying the winners are morally superior. He is simply applying the principle of natural selection as a descriptive tool to human organizations, to show that destructive outcomes are not accidental but systemic.
The entire theory rests on a single concept: any system that tends to promote its own survival and propagation. These range from biological organisms to corporations, political parties, religions, and even informal social networks.
Self-preservation
The system acts (consciously or not) to maintain its own existence and resist threats to its survival.
Propagation
The system increases its own size/power, or gives rise to new systems inheriting some of its attributes — like a franchise model.
Organisms, wolf packs, beehives — self-propagation through reproduction without conscious intention.
Nations, corporations, labor unions, churches, political parties — institutional self-preservation.
Schools of thought, social networks, subcultures — no formal organization, but they propagate all the same.
Crucially, a human group can be self-propagating independently of any conscious intention by its members — just as a beehive propagates without any individual bee planning it. This means the theory doesn't depend on human nature: it applies to any self-propagating entity, including future machine intelligences.
The author lays out seven numbered propositions — not provable, but "intuitively plausible" and consistent with observable history. Together they form the backbone of the theory.
The author argues there is one crucial new factor in human history: rapid worldwide transportation and communication. This transforms local competition into a global catastrophe-in-waiting.
1. Too few individuals for selection
Biological evolution works with millions of individuals per generation, enabling subtle refinement. Global self-prop systems number in the dozens — far too few for natural selection to develop the sophisticated internal controls that prevent destructive competition (like the mechanisms in mammalian cells).
2. Errors are global
Before global communication, a local breakdown had only local effects — evolution could continue elsewhere. Now, any major "error" by a global self-prop system shakes the entire world. The trial-and-error of natural selection runs out of chances before it can produce stable systems.
The author draws an analogy to industrial accident theory: catastrophic breakdowns happen when systems are both (i) highly complex — small disruptions produce unpredictable consequences — and (ii) tightly coupled — breakdowns spread rapidly from one part to all others. The world-system is now both, and growing more so every day.
The author considers the optimistic scenario: what if global self-prop systems achieved lasting peace? He identifies three independent reasons why this peace would be inherently unstable.
To "decouple" the world-system would require designing, implementing, and enforcing a plan regulating the entire global political and economic order in detail. Chapter One already proved that no such plan can ever succeed.
Subsystems of a winning global system only cooperated because of an external threat. Once the external threat is gone, the subsystems resume competing with each other — destructively. Benjamin Franklin observed this: as soon as a party wins, its members turn on each other over "particular interests."
By Proposition 1, new self-prop systems will inevitably arise within the "peaceful" order, evolving ever more subtle ways to evade recognition or suppression. Eventually some will grow powerful enough to challenge the dominant systems — just as terrorist networks, criminal enterprises, and tech corporations have already done.
The chapter's environmental argument is that the current extinction event is fundamentally different from all previous ones: it is being driven not by one or two blind forces, but by a multiplicity of intelligent, relentlessly competing self-prop systems — leaving no stone unturned.
Each dot is a self-prop system. They consume the green "resources" around them. As they grow, resources deplete. Click Reset to restart. Watch how the short-term winners destroy the environment for all.
The author catalogs an accelerating series of environmental assaults, then makes a critical move: he argues we must not just project known harms into the future. We must assume that entirely new, currently unimaginable harms will emerge — just as internal combustion engines were unimaginable before 1860, and uranium fuel before 1939.
Turbines require neodymium (radioactive waste from mining). Kill enormous numbers of birds — including raptors that control rodent populations. Scaling up as planned may exterminate raptor species entirely.
Solar panels compete with organisms for sunlight. Since the system's energy appetite is insatiable, solar farms will progressively invade habitat until there is no habitat left — this is already happening in the American Southwest.
The core insight: the technological system always expands until it uses all available energy, then demands more. No energy source is "clean" at infinite scale.
The theory offers a chilling explanation for the Fermi Paradox — the question of why, despite billions of potentially habitable planets, we have never detected any signals from extraterrestrial civilizations.
Ray Kurzweil argued that self-destruction is an implausible explanation for the Fermi Paradox — it's not credible that every civilization destroys itself. But that objection only holds if self-destruction is a matter of chance.
If there is a process common to all technologically advanced civilizations that consistently leads them to self-destruction — as the self-prop system theory suggests — then the Fermi Paradox is fully explained. Every civilization that develops rapid global communication triggers the same cascade of competitive, short-sighted self-prop systems, leading to the same outcome.
The chapter's final section dismantles the techno-utopian vision — particularly the dream of human immortality — by showing it contradicts the theory's own logic.
Fails because machines will soon outperform humans in all useful tasks. Once humans are superfluous, self-prop systems have no reason to maintain them. Useless entities are eliminated by natural selection.
The biological component survives only as long as it's useful. When purely artificial parts provide a better cost-benefit balance, the human element is discarded. Even if retained, human emotions — love, compassion, ethics — will be purged as "inefficiencies."
Uploaded minds are tolerated only while useful. To remain useful they must be transformed until they resemble nothing human. And even then, evolutionary competition means 99.9% of all entities are eventually eliminated — mirroring the fate of biological species.
The author's most provocative move is characterizing techno-utopianism as a religious phenomenon, which he names "Technianity." It shares the structure of apocalyptic millenarian cults: a cataclysmic transformative event (the Singularity, analogous to Judgment Day), followed by a paradise (techno-utopia, analogous to the Kingdom of God), reserved for a chosen elect (the techies, analogous to True Believers). Even the promise of Eternal Life maps perfectly.
The chapter reaches a grim conclusion — but crucially, the author insists the conclusion has practical implications. It is not a counsel of despair.
1. What is happening is not accidental.
It is not caused by any flaw specific to human character or any chance historical circumstance. It is made inevitable by the combination of modern technology + global communication + the general nature of self-propagating systems.
2. Conservation efforts are structurally futile.
Any energy freed by conservation is instantly consumed by the system. Any public concern about the environment is countered by increasingly sophisticated propaganda from self-prop systems that have far more resources than environmentalists. Natural selection guarantees this.
3. If allowed to proceed to its logical conclusion, the technological system will leave the Earth devastated.
The outcome will be at least as severe as the extinction of the dinosaurs. At worst, the Earth becomes uninhabitable for all complex life. The technological system itself will be dead.
The author ends by emphasizing that the arguments about "Technianity" and the failure of conservation are not abstract philosophical points — they are meant to prevent people from wasting time on approaches he considers naïve. Understanding why societies inevitably destroy themselves (through the mechanism of natural selection on self-propagating systems) is, in his view, the prerequisite for any meaningful response.