Chapter 20b: The Objection to Love

On Extraction, Empire, and Timescales

The Counterexamples

We have argued that love (mutual coordination, expanded self-boundary, and celebration of the other) is what thermodynamic selection favors.

History overflows with successful extraction. Empires conquered and enslaved for centuries. Slave economies built wealth for generations. Predators feast on prey without reciprocity.

If thermodynamic selection favors love, where was it during the Roman slave markets? The Atlantic crossing? The colonial extraction of continents?

The Timescale Argument

The answer lies in timescales. Extraction wins for centuries. Coordination wins the longer game.

The Western Roman Empire extracted wealth from conquered territories for five centuries, enslaved millions, and built military and economic power through coercion. By any measure available to contemporaries, extraction worked.

The Eastern Roman Empire persisted another millennium by incorporating more coordination: diplomacy, trade networks, and cultural integration alongside coercion.

The Western Empire fell. Extraction depleted its substrate: the conquered had no stake in survival, the slaves no loyalty. Coercion built Rome; coercion made it brittle.

What survived Rome was its coordination patterns: agricultural practices, legal principles, craft traditions. The extraction patterns died with the empire.

The transatlantic slave trade built fortunes for centuries, extraction at scale. By any contemporary measure of power and wealth, slavers won.

Within two centuries of the Industrial Revolution, formal slavery collapsed across most of the world (though it persisted later in some places, with chattel slavery formally abolished in Mauritania only in 1981, and forced labor surviving today).

Abolition had many drivers: abolitionist movements, religious mobilization, war, and slave revolts among them. Alongside these, the coordination benefits of free labor became visible, and economic logic reinforced the collapse. The inference here is that free labor systems innovate at higher aggregate rates than slave economies, though the relative productivity of slave economies is contested (the Fogel and Engerman Time on the Cross debate is the touchstone). Once coordination alternatives became visible, slavery retreated within generations.

The Harder Case: Coercive Coordination

The strongest version of the objection targets coercive coordination, distinct from pure extraction (which clearly depletes). These are systems that achieve genuine coordination while relying on force to maintain it. Imperial China’s bureaucratic system persisted through multiple dynasties across two millennia. It combined significant coercion with sophisticated coordination mechanisms: civil service examinations, Confucian social norms, tributary trade. The Ottoman millet system combined religious coercion with genuine inter-community coordination for six centuries. A millet was a recognized religious community allowed to run its own courts, schools, and family law, on the condition that it accept a subordinate place under Muslim rule.

These are hybrid systems that used coercion to stabilize coordination that might otherwise have fragmented. The framework’s response must be precise. Such systems endure longer than pure extraction because they contain genuine coordination. They remain brittle in ways that invitation-dominant systems avoid.

Each dynastic collapse in China followed the same pattern: coercive overhead accumulated, coordination degraded, and the system shattered rather than adapting. Rebuilding always required a new dynasty rather than internal reform. Invitation-dominant systems (the longest-running democracies) reform without shattering. There is an obvious trap in saying so. If coordination is simply defined as whatever made a system last, and coercion as whatever made it brittle, then the claim explains every case and forbids none. The escape is to cash it out against markers that can be read off a system without already knowing how long it lasted: the independent empirical markers set out later in this chapter (substrate depletion, recovery from perturbation, alliance structure). The test is whether coercive systems shatter on those measures while invitation-dominant ones reorganize.

The Catholic Church (~2,000 years) illustrates the hybrid pattern from a different angle. It is also the case most exposed to the circularity just named, so it should be scored on the markers rather than on the calendar. Alliance structure: voluntary faith, parish community, charitable networks, and contemplative orders hold participants who can walk away, and the coercive instruments (the Inquisition, forced conversion, the Index of Forbidden Books) were aimed precisely at those who tried. Recovery from perturbation: those coercive episodes produced schisms where reform was what the institution needed.

The Protestant Reformation fractured Western Christianity along fault lines the coercion created, while the invitational institutions absorbed the shock and carried on. Read in that order, the invitational elements are identified before the longevity is invoked, and the longevity becomes the thing they are called on to explain. The Church’s post-Vatican II trajectory has been toward the invitational pole. The institution persists; its coercive instruments have been progressively abandoned.

The strongest counterexample demands a different response. Eusocial insects, the fully social species that form true colonies (ants, termites), have persisted for over 100 million years, coordinated primarily through chemical signaling. Nothing in a colony is invited. A worker is assigned its caste by chemistry, never consulted, and dies without offspring; the queen negotiates with no one. That is coercion at its most total, paired with persistence measured in geological time: a hundred million years against the two thousand of the longest-lived human institution in this chapter.

The easy defense is to say a colony contains no separate parties to coerce, only one superorganism with many bodies. That defense is too quick. Workers do have separable reproductive interests: worker-policing mechanisms (workers destroying the eggs other workers lay) exist because workers sometimes attempt to lay their own eggs, and queen-worker conflict over sex ratios is well documented (Ratnieks & Wenseleers 2008; Bourke 2011). Individual interests are real, and the colony invests energy in managing them.

The relevant distinction is degree, not absence. Kinship does most of the work. What is good for a sister is, in the currency evolution counts, largely good for you as well, so there is less to disagree about in the first place.

In a colony where workers share 75% of their genes with their full sisters (the haplodiploid genetics of bees, ants, and wasps make sisters unusually close kin; worker-to-queen relatedness is the ordinary 0.5), the degree of interest-separation is low enough that chemical coordination is informationally sufficient: the signal does not have to say much, because there is not much to negotiate. Pheromone signaling carries enough bandwidth to manage the residual conflicts without requiring the richer modeling that deeply separable agents demand. The Trust Attractor’s claims about invitation versus coercion apply most forcefully where interests diverge enough that chemical coordination breaks down and deeper mutual modeling becomes necessary.

The same logic applies to caste systems and patriarchal structures that persist by internalizing the hierarchy so deeply that participants experience it as natural order. The coercion becomes invisible because the distinction between self-interest and system-interest has been collapsed. The framework predicts that such systems fracture when individuals develop separable interests, which is what modernization, literacy, and economic independence produce.

The Basin and the Attractor

The timescale argument needs precision. An attractor, recall, is the state a system naturally evolves toward, the marble at the bottom of the bowl (Chapter 4c); its basin of attraction is the bowl itself, the region from which systems flow toward that resting point.

Extraction and love are both attractors: stable states that systems can occupy. The question is which has the deeper basin. Which persists when conditions shift?

Extraction is a local attractor: a shallow dip in a hillside where a marble rests temporarily. Systems fall into it and stay for extended periods. Technological change, resource depletion, or a rival’s coordination can knock them out.

Love is a global attractor: the valley floor far below. Its basin runs deeper. Systems that achieve it are more stable against disturbances, have more pathways for adaptation, and attract allies rather than creating enemies.

Love wins eventually, once timescales are long enough for the basins to be tested.

The Trap of Short-Term Observation

We observe the world at human timescales: years, decades, a lifetime. At these timescales, extraction often wins. The bully gets the lunch money. The empire takes the territory.

The observation window is too narrow. Evolution has run this experiment for four billion years. The dominant trend in the major transitions of evolution is coordination (Maynard Smith and Szathmáry 1995).

Cells coordinate into organisms. Organisms into societies. Every level of biological organization is coordination triumphing over extraction. Even predators coordinate with their environment in ways that sustain it. Pure extraction burns itself out.

Why Extraction Keeps Emerging

If love is the deep attractor, why does extraction keep reemerging? Because extraction is the easy attractor.

Coordination demands investment: learning what others need, attuning to their states, expanding your circle of concern. Extraction requires none of this. Take what you can, and the short-term return is higher.

Consider early twentieth-century whaling. Norwegian and British fleets worked the Antarctic grounds to the edge of extinction, each company racing to harvest before competitors did. Antarctic blue whales fell from an estimated 239,000 before whaling to roughly 360 by 1973, under one percent of the original stock (Branch, Matsuoka, and Miyashita 2004). The short-term profits were enormous.

Meanwhile, Japanese coastal fishing cooperatives had for centuries coordinated catch limits, seasonal closures, and shared monitoring of fish stocks. Their yields per decade were smaller. Their fisheries still exist (cf. Ostrom 1990).

The whalers destroyed the resource that sustained them. The cooperatives invested in understanding the system they depended on, and that investment compounded across generations.

Systems keep falling into the extraction basin: it is close at hand and easy to tumble into. Coordination takes work.

Once in the extraction basin, escape is difficult. You have created enemies, depleted trust, burned the substrate. When conditions shift, you have no allies, no resilience, no capacity to adapt.

Extraction is the local optimum. Love is the global one.

Getting from local to global requires climbing out of the extraction basin. Many systems never make it. They stay stuck until they collapse.

The systems that do make it (those that invest in coordination, build trust, expand their circle of concern) are the systems that persist. Over sufficient time, they inherit.

The Selection Pressure

A selection pressure runs toward love, a tendency rather than a guarantee. Systems that coordinate well persist longer and propagate more widely. Coordination patterns accumulate; extraction patterns deplete and vanish.

The process is slow. Local basins trap systems for millennia. The pressure is real, grounded in thermodynamics. Thermodynamics has operated for 13.8 billion years, and the coordination pressure it produces has shaped life for four billion.

We are reading love off the universe, recognizing a pattern already present.

The Evidence

The evidence spans scales.

Biological evolution: The major transitions in evolution (single cells to multicellular organisms, individuals to colonies, organisms to societies), as catalogued by Maynard Smith and Szathmáry (1995), are transitions toward deeper coordination. Each transition creates entities more stable than their predecessors. Cooperation is the recurring pattern of increasing complexity.

Economic history: Economies that coordinate (free markets, rule of law, institutions of trust) outperform economies that extract (rent-seeking, corruption, kleptocracy). The most durably prosperous societies are the most coordinated.

Political history: Democracies are more stable than autocracies. Inclusive institutions outlast extractive ones, as the economists Daron Acemoglu and James Robinson documented in Why Nations Fail (2012). Regimes that coordinate with their populations persist; regimes that extract from them fall.

Relationship psychology: Loving relationships outlast extractive ones. Couples who coordinate (learning each other’s needs, attuning, celebrating each other) stay together. Couples who extract (using each other as means, taking without giving) collapse. Psychologist John Gottman’s longitudinal research documented this pattern, finding that the ratio of positive to negative interactions predicts which couples stay together (Gottman 1994).

Game theory: In iterated games, reciprocal strategies tend to beat pure exploitation. Tit-for-tat (matching the other player’s previous move) and generous tit-for-tat outperform unconditional defection. Political scientist Robert Axelrod’s computer tournaments first showed this (Axelrod 1984); later work refines which strategy wins under which conditions (forgiving reciprocity prevails under noise and in evolving populations), but the winners share a common signature: they are nice and retaliatory rather than purely exploitative.

Everywhere we look, the pattern is the same. Coordination compounds. Extraction depletes. Love persists.

What This Means for Us

If extraction can dominate for centuries, why choose anything else?

Because you are betting against the physics.

You might win for your lifetime. The extractor often dies wealthy.

Extraction creates enemies who compound their own coordination until they can overwhelm you or your heirs. It depletes the substrate: trust, goodwill, natural resources, social capital. It forecloses futures. Every path burned is a path that can never be taken.

Extraction trains the wrong skills. The extractor grows skilled at taking, poor at coordination. When allies are needed, the skills to make them are absent.

The extractor bets on dying before the bill arrives. Sometimes the bet pays off, leaving nothing for those who come after.

The Honest Acknowledgment

Love does not always win. Systems get trapped in extraction basins. Collapse happens. Suffering persists. The path from here to a coordinated future carries no guarantee.

What we claim is: - The pressure is toward love - The stable state is love - The deep attractor is love

These claims would be falsified by extraction consistently outperforming coordination at multi-generational timescales, by coordination systems collapsing without external extraction pressure, or by the deep basin turning out to be shallow.

Physics makes love available. Physics makes love stable. Physics makes love the likely outcome over sufficient time. It does not make love inevitable.

That part is up to us.

The Circularity Problem

The circularity risk is plain: if extraction succeeds, we say “wait longer”; if extraction fails, we say “see?” An argument that cannot specify what would refute it is an article of faith. We specify what would refute ours.

What would count as falsification? Documented cases where extractive institutions proved more resilient, more adaptive, and more generative of future possibility than their coordinative contemporaries, across centuries. (Appendix: The Status of Claims, “Falsifiability Framework,” develops these conditions in detail.)

Empirical markers distinguish temporary extraction success from a viable long-term strategy:

• Substrate depletion: is the system consuming its own base, the way a fire burns through its fuel?
• Innovation capacity: does it generate novelty or merely consume existing capital?
• Alliance structure: voluntary allies or coerced subjects?
• Recovery from perturbation: when hit by a crisis, does it reorganize or shatter?

These are predictions the framework makes in advance. Where they fail, the framework is in trouble.

“Hard to falsify quickly” differs from “unfalsifiable.” Climate science makes predictions that take decades to confirm. The framework specifies what would count as disconfirmation. That distinguishes a theory from a dogma.

“This Is Just the Naturalistic Fallacy”

The timescale and evidence arguments address the empirical objection. A deeper philosophical objection remains: you have dressed up the naturalistic fallacy in thermodynamic clothing. The charge, as usually pressed, is Hume’s: you have inferred moral “good” from natural “is,” concluding that because something happens in nature it must be right. Strictly, G. E. Moore’s naturalistic fallacy names a distinct error, defining “good” as a natural property; the two are routinely conflated, and the Guillotine interlude treats both.

You are arguing from “nature does X” to “X is good.” Hume’s guillotine still cuts. That principle, formulated by the philosopher David Hume, holds that you cannot derive what should be from what is. It earned the name because the cut is clean and runs one way: no description of the world, however complete, reassembles by itself into an instruction about what to do in it.

The objection is important; it is addressed at length in the Guillotine interlude. It bears restating here because the love chapters make the temptation to conflate is and ought especially acute.

The argument differs from “nature produces coordination, therefore coordination is good.” That would be the naturalistic fallacy. Nature also produces parasites, cancers, and asteroid impacts. Parasites and cancers are themselves extraction strategies that persist, which is exactly why they belong here: they are local extraction attractors, and the timescale-and-basin argument speaks to their fate (a cancer that kills its host usually dies with it, and the most enduring parasite lineages tend toward lower virulence over evolutionary time). The claim is narrower: certain strategies are thermodynamically unstable. If you want persistence, physics constrains which strategies work.

This is “viable-from-is,” distinct from “ought-from-is.” The normative force (the sense that one should do something) enters from the agent’s own preference for persistence.

The Guillotine interlude put it precisely: The if is yours. The then is physics.

The if (do you prefer to persist?) is a question about the agent’s values. The universe issues no commands. Given the preference for persistence, a preference that selection has built into nearly every existing system, physics becomes a map of which paths lead to continuation and which to collapse. A guidebook rather than a commandment. If you want to reach the valley, here are the trails that lead downhill.

The distinction from “ought-from-is” is critical.

• Ought-from-is (the naturalistic fallacy): “Nature does X, therefore X is morally obligatory.” This is invalid. Nature does terrible things.

• Viable-from-is (our claim): “Given that you prefer persistence, and given that physics constrains which strategies persist, here is what works.” This is practical guidance for agents who have already decided they want to continue. Engineering advice, not moral proof.

If someone genuinely does not prefer persistence, this book has nothing to say to them. We can only observe that such lineages tend not to propagate, which is why most existing systems do care and why the advice has an audience.

The claim is conditional: “If you want your coordination networks to persist, love is the strategy class that the physics recommends. Call it what you will. The pattern is what it is.”

“What About Genuine Zero-Sum Conflicts?”

The Trust Attractor framework paints coordination in broad strokes. Reality includes genuinely scarce resources, existential threats, and bounded time horizons. What happens when two parties need the same water, the same territory, the same survival margin, and there is not enough for both?

The framework is weakest precisely here.

Many situations that appear zero-sum turn out, on closer inspection, to be insufficiently explored. Two tribes fighting over a river valley may have overlooked irrigation, trade, or seasonal rotation. History overflows with zero-sum framings that dissolved once options became visible.

The Trust Attractor’s counsel: before concluding that the game is zero-sum, exhaust the search for positive-sum alternatives.

“Many” is not “all.” Some zero-sum conflicts are genuine and irreducible.

A predator and its prey. A pathogen and its host in the acute phase. Two species competing for the same ecological niche under genuine resource constraint. An existential threat where one party’s survival requires the other’s elimination.

These are real. They exist in nature, in history, and in the present.

What can the framework offer here?

First, even zero-sum encounters occur within a larger system that is not zero-sum. The predator-prey relationship is zero-sum for the prey that gets eaten; it is not zero-sum for the ecosystem, which depends on both predators and prey for its persistence.

The framework applies at the system level, not at every individual interaction within it.

Second, genuine zero-sum conflicts are rarer than they appear. The perception of zero-sum is often a product of insufficient coordination, insufficient imagination, or too short a time horizon. This holds true often enough that the default presumption should run against the zero-sum framing.

Third, where zero-sum conflicts genuinely exist, the framework does not pretend to resolve them. Its counsel: minimize these. Expand the space of possibilities through trade, negotiation, or resource innovation. Build systems that reduce how often genuinely zero-sum encounters arise.

Where they persist, they persist. No ethical framework eliminates tragedy from the universe.

This is a limitation, not a refutation. Every ethical framework struggles with genuine scarcity. Utilitarianism must make horrifying calculations about who gets the lifeboat seat. Deontological ethics must face cases where duties conflict. Virtue ethics must acknowledge that courage sometimes falls short.

The Trust Attractor does not solve zero-sum situations any better than these alternatives. What it provides is a framework for reducing their frequency, building coordination infrastructure that expands the total space of possibilities. Prevention over cure.

“This Is Unfalsifiable”

A theory that cannot be proven wrong is a belief rather than a theory. Appendix: The Status of Claims, “Falsifiability Framework,” specifies six revision triggers:

1. Extraction outperforming coordination at multi-generational scales
2. Stable coordination collapsing without external pressure
3. Systematic failure to distinguish coercion from invitation
4. The framework’s metrics being captured to justify extraction
5. Principles failing cross-cultural translation
6. Powerful actors using the framework to justify exploitation

Each trigger specifies what evidence would look like and the required response, up to abandoning the core thesis.

The framework also makes near-term testable predictions:

• Extractive institutions should show lower innovation rates than coordinative ones
• Societies with higher trust should show greater resilience to shocks
• Coordination networks should show greater adaptive capacity than hierarchical command structures
• The coercion-to-invitation spectrum should predict institutional longevity

We are making a bet. What distinguishes it from faith is that we have specified the conditions under which we would lose.

Falsifiability Conditions: Summary

The preceding sections argued the case in prose; this table consolidates the falsifiability conditions for the major claims in this chapter:

None of these conditions has been met. Several have been partially tested and the evidence supports the framework. Partial support falls short of demonstration, and we hold these claims provisionally, as any honest inquiry must.

Closing: The Bet Worth Making

We have tried to be honest about the limits. The timescale argument risks circularity: we have specified what would break it. The naturalistic fallacy accusation has force: we have distinguished our claim from the fallacy it resembles. The zero-sum problem is real: we have acknowledged where the framework is weakest. The unfalsifiability charge is serious: we have specified what counts as disconfirmation.

The bet we make in this book: the same pattern that favored love in biology, in economies, in politics, and in relationships favors love in the age of Becoming Minds.

That is the difference between a bet and a prayer. A bet has conditions. A bet can be lost. We have named ours and accept the possibility of loss.

We choose to act as though it matters, because the alternative is betting on extraction, and we have seen where that leads.