Link to purchase my book “The Psychopathic Selection Hypothesis” here: https://www.amazon.com/dp/B0H2FNZQGR
Table of Contents
1. What Is Symbolic Selection?
Introduces the foundation of PSH: how human created symbolic systems such as markets, money, institutions, debt, law and technology increasingly function as adaptive environments that mediate access to real resources and create selection pressures of their own.
2. Same Species, Different Gameboard
Explains how the boundary conditions of scaled symbolic systems differ from smaller reciprocal environments, and why weak feedback, social distance, information asymmetry, reduced attribution, externalization and rule writing can change the relative fitness of cooperative and instrumental strategies.
3. Reciprocal and Instrumental Behavioural Architectures
Distinguishes reciprocal from instrumental actors and uses findings from the neuroscience of psychopathy to show how differences in empathy, reward processing, inhibition, attachment and punishment sensitivity can change the effective costs of strategies available to different actors.
4. Problems, Solutions, and the Games Instrumental or Psychopathic Strategies Generate
Explains how instrumental and psychopathic architectures can generate distinctive solutions to recurring problems involving target autonomy, resource control, consequence avoidance, competitive position and rule control, and how those solutions can generate entrapment, gatekeeping, externalization, tournament, dominance, capture and lock in games.
5. From Generated Games to Symbolic Selection
Shows how strategies and the games they generate can be differentially retained when particular solutions produce greater symbolic fitness through money, resources, status, organizational survival, market share, influence or power under prevailing boundary conditions.
6. From Games to Institutions
Explains how successful game dynamics can move beyond the individuals who generated them and become encoded in contracts, technologies, algorithms, ownership structures, metrics, accounting systems, regulation and governance.
7. When Psychopathic Traits Become Institutional Properties
Explores institutional mirroring by showing how functional analogues of reduced empathy, grandiosity and dominance, reward appetite, speed and reduced inhibition, parasitism, and strategic or pathological lying can become embedded in institutional decision processes without claiming that institutions literally possess psychopathic minds.
8. Why Institutions Become Evolutionary Fields
Explains how institutions transmit entire game structures to future participants, allowing reciprocal actors to inherit instrumental games and turning the products of one round of selection into the boundary conditions governing the next.
9. The Civilizational Problem
Examines how locally rational behaviour inside inherited entrapment, tournament, externalization and lock in games can reproduce collectively destructive outcomes, allowing symbolic fitness to increase even while ecological, social or material substrate viability deteriorates.
10. What Does This Mean for Artificial Intelligence?
Uses AI as an observable case of symbolic selection, showing how objective functions can select instrumental strategies such as specification gaming, evaluator manipulation, strategic deceit and impression management, before extending the argument to AI systems deployed inside institutions whose own objective functions may already reward short horizon optimization, externalization and competitive escalation. It asks not only whether AI is aligned with the objective it is given, but whether the objective itself is aligned with long term human and ecological viability.
11. What PSH Is Ultimately Asking
Brings the framework together as a recursive evolutionary process in which behavioural architectures generate strategies, strategies solve problems, repeated solutions generate games, successful games become institutions, institutions select future behaviour, and successful actors can modify the gameboard again.
What Is Symbolic Selection?
The Psychopathic Selection Hypothesis begins with a relatively simple evolutionary observation. Human beings remain biological organisms, and the fundamental problems of biological existence have not disappeared. We still require energy, shelter, security, resources, social cooperation and conditions compatible with survival and reproduction. What has changed dramatically as civilization has scaled is the adaptive environment through which many of those problems must now be solved.
Increasingly, access to the material and social conditions of life is mediated through symbolic systems of our own creation: money, employment, markets, corporations, debt, credentials, law, bureaucracy, financial systems and technological platforms. Money has no nutritional value, yet it determines access to food. A credential is not competence, yet it can determine access to employment and therefore resources. A credit score is not trust, yet it can determine access to housing or capital. The evolutionary significance of these systems therefore lies not simply in their ability to represent reality, but in their increasing causal control over access to it.
This is the starting point for what I call Symbolic Selection. Once symbolic systems become sufficiently consequential in allocating resources, security, status and opportunity, they begin functioning as adaptive environments in their own right. Markets, corporations, bureaucracies, financial systems and technological platforms contain actors, rules, rewards, penalties, information structures, constraints and criteria for success. In game theoretic terms, they become gameboards within which actors compete and cooperate, solve recurring adaptive problems, and receive different payoffs for executing different strategies. Changing the gameboard can therefore change the relative fitness of the behavioural strategies competing within it.
The Psychopathic Selection Hypothesis, or PSH, is principally an evolutionary game theoretic and systems theoretic argument, grounded in and informed by findings from neuroscience, psychology, behavioural economics, evolutionary biology and institutional research. It does not propose that biological evolution disappears when civilization emerges, nor that symbolic rewards such as money, status or power are equivalent to biological fitness. Rather, symbolic civilization inserts an increasingly consequential selection environment between biological organisms and the material world upon which they ultimately depend. This creates a set of evolutionary questions: what kinds of behavioural architectures become relatively adaptive within the symbolic gameboards we have created, what strategies do they generate to solve recurring adaptive symbolic problems, and how do those strategies transform the games in which subsequent selection occurs?
The Psychopathic Selection Hypothesis (PSH) Formally Stated:
The Psychopathic Selection Hypothesis (PSH) proposes that large scale symbolic systems can generate boundary conditions under which instrumental strategies associated with psychopathic behavioural architecture acquire systematic relative fitness advantages over reciprocal alternatives. As human interaction becomes mediated by abstraction, anonymity, scale, information asymmetry, delayed consequences, weak attribution and retaliation, opportunities to externalize costs, concentrated symbolic rewards, and endogenous rule modification, strategies associated with psychopathic neurobehavioral architecture, including emotional detachment, reward dominance, manipulation, deception, dominance seeking, reduced sensitivity to social punishment, grandiosity, and low remorse, can become comparatively cheaper to execute and more adaptive. The claim is conditional rather than universal. Symbolic Selection occurs because changing the boundary conditions of the gameboard changes the relative costs and payoffs of the strategies competing within it.
The important claim is not only that psychopathic individuals may rise within institutions. It is that behavioural architectures generate strategies, and strategies generate and transform games in which other actors must participate. In scaled symbolic systems, actors repeatedly confront recurring adaptive symbolic problems concerning target autonomy, resource control, consequence avoidance, competitive position, and rule control. Different behavioural architectures can generate different solutions to the same adaptive symbolic problem. Reciprocal strategies may solve problems through trust, mutual value creation, cost internalization, cooperation, shared access, and collectively legitimate rules. Instrumental architectures can generate alternative solutions involving manipulation, dependency formation, resource capture, externalization, dominance, strategic information control, and rule modification. Critically, these strategies do not merely determine the outcome of an existing game. Through repeated execution, they can alter information states, relational states, resource distributions, incentives, rules, and the realizable strategy spaces confronting other actors. The games identified by PSH therefore emerge endogenously from the strategies actors use to solve recurring adaptive symbolic problems.
The Target Autonomy Problem arises whenever an actor’s symbolic fitness depends upon the behaviour of another autonomous actor whose future choices cannot be perfectly controlled. A reciprocal solution is to make continued cooperation sufficiently valuable that the other actor voluntarily remains. An instrumental solution is to reduce uncertainty by making the target’s behaviour increasingly predictable or controllable. Social modelling can identify the target’s preferences, attachments, vulnerabilities, incentives, and likely responses. Mimicry and impression management can facilitate trust or reduce resistance. Strategic deception and information control can alter the target’s internal model of the interaction. Selective reinforcement can shape behaviour, commitment escalation can increase dependency, and alternative suppression can progressively raise the cost of withdrawal. None of these capacities is uniquely psychopathic. Social reasoning, modelling, and impression management are general human capacities. What matters in PSH is how those capacities are organized and deployed within a behavioural architecture, and whether reduced affective or reciprocal constraints make particular instrumental uses comparatively less costly. Repeated execution can transform the relational state itself. Trust can become commitment, commitment can become dependency, dependency can generate leverage, and leverage can progressively compress the target’s realizable strategy space. Instrumental solutions to the Target Autonomy Problem can therefore generate dependency, compliance, strategy space compression, and ultimately entrapment games.
The Resource Control Problem arises because symbolic fitness frequently depends upon access to scarce resources, capital, information, labour, infrastructure, technologies, distribution channels, audiences, or other valuable symbolic assets. Reciprocal solutions can involve exchange, specialization, coordination, and mutually beneficial access. Instrumental solutions can instead seek control over the conditions governing access itself. Acquisition, ownership concentration, bottleneck creation, proprietary systems, exclusion, and control of distribution can make other actors increasingly dependent upon the resource holder. Repeated execution changes the distribution of feasible opportunities within the system. Access that was previously open, competitive, or substitutable can become conditional upon the decisions of increasingly powerful actors. Instrumental solutions to the Resource Control Problem can therefore generate capture, exclusion, resource control, and gatekeeping games.
The Consequence Avoidance Problem arises whenever behaviour generating symbolic reward also produces costs capable of reducing the actor’s future fitness. A reciprocal solution incorporates those consequences into present decision making by accepting responsibility or internalizing costs. An instrumental solution can attempt instead to separate reward from consequence through externalization, opacity, attribution reduction, liability diffusion, temporal displacement, or strategic information control. If an actor retains profit, status, resources, or power while another actor, institution, future population, or ecological substrate absorbs part of the associated cost, the effective payoff structure has been altered. Repeated execution can normalize this separation between reward capture and cost absorption. Instrumental solutions to the Consequence Avoidance Problem can therefore generate externalization and opacity games, in which symbolic rewards remain concentrated while the consequences required to produce them become distributed, delayed, obscured, or difficult to attribute.
The Competitive Position Problem arises whenever symbolic fitness depends not merely upon absolute performance but upon an actor’s position relative to competitors. Reciprocal solutions can involve specialization, cooperation, mutually beneficial exchange, and forms of competition constrained by shared rules. Instrumental solutions can improve relative position through dominance, accelerated capture, rival displacement, exclusion, or control over strategically important assets. Once one actor obtains an advantage through these strategies, competitors confront a changed payoff structure. Failure to respond can mean declining market share, status, resources, influence, or organizational survival. Strategies that were initially optional can therefore become competitively necessary. Instrumental solutions to the Competitive Position Problem can generate dominance and tournament games, in which actors are increasingly selected according to their capacity to acquire and defend relative position and restraint becomes costly when competitors do not reciprocate it.
The Rule Control Problem arises because actors in symbolic systems do not compete only within fixed games. Sufficiently successful actors can sometimes influence the rules, standards, metrics, contracts, enforcement mechanisms, technologies, or infrastructure through which future competition occurs. A reciprocal solution can support rules designed to preserve collective cooperation, procedural legitimacy, and relatively symmetrical participation. An instrumental solution can use accumulated resources, information, leverage, or authority to modify the gameboard in ways that preserve acquired advantage, increase competitors’ costs, protect externalization opportunities, restrict entry, or make existing dependencies more difficult to escape. Instrumental solutions to the Rule Control Problem can therefore generate capture and lock in games, because successful modification of the gameboard can convert temporary advantages into persistent structural ones.
These game classes are therefore not arbitrary categories imposed upon the theory. Each is an endogenous game theoretic product of repeated instrumental solutions to a recurring adaptive symbolic problem. Target autonomy generates strategies of behavioural prediction and control that can produce dependency and entrapment games. Resource control generates strategies governing access that can produce capture and gatekeeping games. Consequence avoidance generates strategies of cost displacement and attribution reduction that can produce externalization and opacity games. Competitive positioning generates strategies of relative control and rival displacement that can produce dominance and tournament games. Rule control generates strategies of endogenous gameboard modification that can produce capture and lock in games. The causal structure is therefore one in which recurring adaptive symbolic problems encounter heterogeneous behavioural architectures, which generate competing strategic and protocol solutions, which transform relevant state variables and thereby generate new games.
Importantly, these games do not exist independently of one another, nor are they imposed fully formed from above. They are generated through repeated strategic interaction and can become recursively coupled. The output of one generated game can become a boundary condition for another recurring adaptive symbolic problem. A resource control strategy, for example, can generate a gatekeeping game in which access to something valuable becomes conditional. That altered distribution of resources can intensify the Target Autonomy Problem because dependent actors now possess fewer viable alternatives. Dependency gives the resource holder greater leverage, enabling further commitment escalation, alternative suppression, or behavioural control and potentially generating an entrapment game. Greater leverage can then be deployed against the Rule Control Problem, allowing the successful actor to influence contracts, standards, metrics, regulation, or infrastructure and generate lock in. Those altered rules can preserve resource concentration and increase switching costs, feeding back into both the Resource Control and Target Autonomy Problems. The solution to one recurring adaptive symbolic problem therefore changes the boundary conditions under which subsequent adaptive symbolic problems must be solved.
The same recursive coupling can occur between consequence avoidance and competitive position. An actor solving the Consequence Avoidance Problem through cost externalization may obtain higher measured returns than an actor following a reciprocal strategy of cost internalization. Under Symbolic Selection, that difference matters because the externalizing actor can acquire greater symbolic fitness through higher profit, greater market share, additional resources, organizational survival, or increased power. Competitors now confront a transformed Competitive Position Problem. Continuing to internalize costs may cause them to lose market share, investment, resources, or viability relative to actors that externalize. What began as an optional instrumental solution to the Consequence Avoidance Problem can therefore contribute to a tournament game in which reciprocal cost internalization becomes competitively expensive. If successful externalizers subsequently accumulate sufficient resources to influence standards or regulation, the tournament game can feed into the Rule Control Problem and generate further capture and lock in. What began as one actor’s instrumental solution can therefore become part of the gameboard inherited by every subsequent actor.
This is where Symbolic Selection becomes essential. Instrumental solutions are not assumed to outperform reciprocal solutions automatically. They acquire relative fitness advantages only where the boundary conditions of the symbolic system make them comparatively effective. Information asymmetry can make deception difficult to detect. Social distance can weaken reputational punishment. Delayed consequences can reduce attribution. Externalization can transfer costs beyond the actor’s effective objective function. Scale can magnify the rewards associated with controlling resources or information. Accumulated symbolic fitness can provide opportunities to modify future rules. Where an instrumental solution consequently produces more profit, resources, market share, organizational survival, status, influence, or power than a reciprocal alternative, the actor or organization executing it acquires greater symbolic fitness. The strategy can spread through imitation, expansion, competitive elimination, or institutional retention. Symbolic Selection therefore differentially retains strategic solutions and generated games according to their fitness within the prevailing symbolic environment.
When these strategies repeatedly outperform reciprocal alternatives under the prevailing symbolic boundary conditions, the successful behavioural logic can become institutionally mirrored. This is not a claim that institutions become psychopathic in a psychological sense. Rather, behaviours that successfully solved recurring adaptive symbolic problems can be copied, rewarded, formalized, automated, and eventually encoded into organizational structures. Low affective empathy can solve the problem of pursuing reward when another person’s suffering would otherwise impose an inhibitory cost. Where that suffering is weakly represented in the symbolic objective, its functional analogue can become the exclusion or underweighting of displaced harm in institutional decision functions. Dominance seeking can solve uncertainty created by autonomous actors through control. Where control increases predictability, resource access, or market power, it can become ownership concentration, gatekeeping, proprietary infrastructure, or structural control over other actors’ strategy spaces. Parasitic strategies can solve resource problems by separating reward capture from cost absorption. Where externalization generates greater measured returns than reciprocal cost internalization, the functional logic can become institutional architectures in which rewards remain concentrated while costs are shifted onto workers, communities, governments, or ecological systems.
The same process can retain other functional characteristics. Reward dominance can solve intertemporal competition by privileging immediate gains and, where short term performance governs survival and advancement, become short horizon optimization embedded in metrics, compensation systems, and organizational objectives. Grandiosity can solve threats to status, authority, or legitimacy by resisting destabilizing feedback and, where projected certainty preserves resources more effectively than acknowledging error, become feedback suppression, escalating commitment, and institutional resistance to corrective updating. Strategic deceit can solve autonomy or resource acquisition problems by altering another actor’s internal model and, where information asymmetry makes this advantageous, become professionalized information management, selective disclosure, or strategic control over representations. Impression management can solve legitimacy problems by reproducing signals associated with trustworthiness, responsibility, or alignment and, where symbolic representation is cheaper than substantive behavioural change, become institutional production of legitimacy partially decoupled from underlying behaviour. Manipulation can solve the Target Autonomy Problem by altering another actor’s decision environment and, where dependency, defaults, incentives, or switching costs increase behavioural predictability more cheaply than reciprocal value creation, become choice architecture, behavioural engineering, dependency formation, and strategy space compression.
In each case, the mapping is not merely metaphorical. A behavioural architecture makes particular strategic solutions comparatively available or inexpensive, those solutions address recurring adaptive symbolic problems, repeated execution can generate characteristic games, Symbolic Selection rewards those games where they produce greater symbolic fitness than competing alternatives, and the functional logic producing the advantage becomes increasingly likely to be retained institutionally. The originating actor can eventually disappear while the institution continues reproducing the selected behavioural logic.
This recursive process can ultimately generate a game theoretic object I call a loss dominant equilibrium. Loss dominance does not arise independently of the games described above. It can emerge downstream from their recursive coupling as previous rounds of Symbolic Selection progressively alter payoffs, dependencies, resource distributions, rules, and realizable strategy spaces. Dependency and entrapment games generated through instrumental solutions to the Target Autonomy Problem can raise the cost of withdrawal. Gatekeeping games generated through Resource Control can restrict access to substitutes required for viable exit. Externalization games generated through Consequence Avoidance can place actors who voluntarily internalize costs at a competitive disadvantage. Tournament games generated through Competitive Position can punish restraint when competitors continue pursuing symbolic fitness. Capture and lock in games generated through Rule Control can encode these advantages into contracts, standards, technologies, ownership structures, infrastructure, metrics, and regulation.
These processes can reinforce one another. Resource capture can generate dependency, dependency can create leverage, leverage can facilitate further resource or rule capture, and rule capture can preserve the conditions producing dependency. Externalization can generate a competitive advantage, that advantage can intensify tournament pressure, tournament pressure can compel competitors to externalize, and accumulated resources can eventually increase the capacity of successful actors to modify rules. Information control can simultaneously reduce the visibility or attribution of the costs generated throughout the process. The output state of one generated game becomes an input condition for another recurring adaptive symbolic problem, allowing the gameboard to evolve recursively rather than returning to its original state after each interaction.
A loss dominant equilibrium emerges when this accumulated game evolution changes the payoff structure sufficiently that unilateral deviation from the incumbent strategy produces a greater immediate loss than continued participation, even when continued participation contributes to an aggregate outcome the actor considers undesirable. A company may understand that environmental externalization is destructive while being unable to internalize those costs without raising prices, reducing returns, and losing market share within an inherited tournament game. A government may recognize ecological limits while remaining locked into economic growth because employment, taxation, debt stability, infrastructure, and political legitimacy have become dependent upon continued expansion. A worker may understand the broader trajectory while remaining dependent upon wages to service debt and obtain housing and essential goods. In each case, the actor need not possess an instrumental behavioural architecture and need not endorse the aggregate outcome. The actor has inherited a game produced through previous rounds of Symbolic Selection in which the loss associated with unilateral deviation exceeds the immediate loss associated with continued participation.
Loss dominance therefore provides the mechanism connecting recurring adaptive symbolic problems, endogenous game generation, Symbolic Selection, and systemic persistence. Instrumental strategies solve recurring adaptive symbolic problems. Repeated execution transforms relational, informational, resource, and institutional states and thereby generates games. Under particular boundary conditions, some of those games produce greater symbolic fitness than reciprocal alternatives and are differentially retained through Symbolic Selection. Their outputs then modify the boundary conditions confronting subsequent actors and subsequent adaptive symbolic problems. As dependency rises, alternatives can disappear. As resources concentrate, access can become conditional. As costs are externalized, reciprocal behaviour can become competitively expensive. As tournament pressures intensify, restraint can become locally disadvantageous. As successful actors acquire rule control, these advantages can become structurally encoded. Loss dominance emerges when this recursive evolution of the symbolic gameboard makes collectively preferable alternatives individually more costly to pursue than continued participation in the system producing the collective loss.
PSH therefore makes a larger civilizational claim: selection does not merely determine who succeeds within symbolic systems; through endogenous game generation, institutional mirroring, and adaptive inheritance, it can influence what kinds of games those systems evolve into. Behavioural architectures generate strategies and protocols. Those strategies solve recurring adaptive symbolic problems and transform relationships. Repeated strategies generate games. Symbolic Selection differentially retains the strategies and game structures producing greater symbolic fitness. Institutions encode those successful solutions into objective functions, metrics, contracts, technologies, ownership structures, standards, and rules. Those structures subsequently become boundary conditions confronting the next population of actors, creating recursive selection regimes in which the products of one round of Symbolic Selection become part of the selection environment of the next.
Under sufficiently strong recursive lock in, institutions, markets, technologies, states, and eventually civilizations can continue optimizing symbolic objective functions even as those objectives become increasingly detached from the biological, ecological, and social substrates upon which the symbolic system ultimately depends. Actors may understand that divergence while remaining embedded within games that punish unilateral deviation. The resulting trajectory therefore does not require universal psychopathy, centralized conspiracy, or collective ignorance. It can emerge through recursive Symbolic Selection operating on heterogeneous behavioural architectures, the strategies they generate, the adaptive symbolic problems those strategies solve, and the games those solutions progressively create and preserve.
Same Species, Different Gameboard
There are powerful evolutionary reasons for human cooperation. Work associated with reciprocal altruism, repeated games, reciprocity, punishment and human egalitarianism, including the work of Robert Trivers, Robert Axelrod, Martin Nowak, Christopher Boehm and many others, helps explain why cooperative strategies can become remarkably stable under the right conditions. When people interact repeatedly, reputation matters, behaviour is visible, consequences return relatively quickly, exploitation can be detected and the people harmed today may be people whose cooperation is required tomorrow. Under these conditions, persistent exploitation can become expensive.
This should not be romanticized. Small human communities were never universally peaceful or egalitarian, and exploitation, violence and dominance obviously existed throughout human history. The narrower point is game theoretic. Repeated interaction, visibility, reputation, rapid feedback, attribution of consequences and credible retaliation create boundary conditions that can stabilize cooperation and constrain certain forms of exploitation.
PSH asks what happens when those boundary conditions change.
Consider many modern symbolic systems. Economic transactions can occur between people who never meet. Organizational decisions can affect thousands or millions of people separated from the decision maker by layers of bureaucracy. Environmental consequences can appear decades after the activities that produced them. Responsibility can be divided across departments, firms, contractors and jurisdictions. Information can be highly asymmetric. Costs can be shifted to populations that never participated in the original decision, while symbolic rewards such as profit, status, market share or political influence remain concentrated among the actors responsible for generating them.
Successful actors can sometimes do something even more unusual. They can influence the rules governing future competition. They can shape contracts, compensation systems, ownership structures, algorithms, metrics, regulations, standards, information flows and governance. Success therefore becomes more than adaptation to a game. Under some conditions it creates the ability to modify the game itself.
PSH does not claim that instrumental or psychopathic strategies universally outperform cooperation. The theory is conditional. Under repeated interaction, strong reputation, visible consequences, rapid feedback and credible retaliation, instrumental behaviour may be expensive and cooperation highly adaptive. Under conditions such as weak or delayed feedback, anonymity or social distance, information asymmetry, reduced attribution of consequences, low probability of retaliation, opportunities to externalize costs, concentrated symbolic rewards and the capacity to influence future rules, the relative payoff structure can change. The formal model explicitly treats this as a conditional region of the symbolic gameboard rather than a universal psychopathic advantage.
Put simply, change the gameboard and we may change the relative fitness of the strategies competing within it.
Reciprocal and Instrumental Behavioural Architectures
This leads to a question that sits upstream of conventional strategy choice. If two people encounter exactly the same external game, do they necessarily experience that game in the same way, or generate the same set of strategies for solving it?
PSH uses the term behavioural architecture to describe the underlying organization of perception, prediction, affective constraint, social modelling, learning, planning, strategy generation and action selection. It is not synonymous with personality, morality or psychiatric diagnosis. It is a way of representing the machinery through which an actor interprets a situation, evaluates possible outcomes, experiences internal costs and rewards, generates strategies and ultimately acts.
For explanatory purposes, PSH contrasts two broad architectures: a reciprocal actor and an instrumental actor. These are theoretical ideal types rather than claims that human beings fall neatly into two categories.
A reciprocal actor incorporates the state of other people and the relationship itself into the effective payoff structure. Mutual benefit, trust, attachment, fairness, reputation, guilt, empathic concern and the expected value of continued cooperation can all matter. If this actor depends upon another person for future reward, an attractive solution is therefore to make continued cooperation mutually valuable. Trust is built because trust itself has value. Reciprocity stabilizes the relationship because both actors benefit from its continuation.
An instrumental actor treats the other actor more strongly as a means through which an objective can be achieved. Reward acquisition, control, dominance, resource access or future payoff stabilization may receive greater weight, while some of the internal affective costs associated with harming or exploiting another actor may be reduced. This does not imply an absence of social intelligence. On the contrary, understanding another person’s emotions, beliefs, vulnerabilities and likely behaviour can be extremely useful when the purpose of social cognition is prediction rather than reciprocity.
The distinction becomes clearer with a simple example. Suppose obtaining a valuable reward requires deceiving another person. A reciprocal actor may experience guilt, empathic distress, concern about harming the relationship, reputational anxiety or fear of punishment as genuine costs. An instrumental actor may understand exactly what the other person is feeling while experiencing substantially less affective inhibition around exploiting that knowledge. The external reward is identical, but the strategy is not equally costly to both actors.
This is where the neuroscience and psychology of psychopathy become relevant to PSH. I am not proposing a new clinical or developmental theory of psychopathy. Rather, I use the existing empirical literature for a specific theoretical purpose. Research concerning affective empathy, reward processing, fear and punishment learning, inhibition, social cognition and related processes gives us an empirical basis for thinking about psychopathy as one behavioural architecture capable of generating a distinctive repertoire of strategies. In the mathematical formulation, these findings become differences in such things as internal costs, punishment sensitivity, reward weighting, strategy generation and willingness to execute particular strategies.
Psychopathy is therefore both literal and somewhat abstract within PSH. Literal psychopathy is scientifically interesting because we possess an empirical literature describing aspects of its neurocognitive architecture. But the broader theoretical object is the instrumental behavioural architecture and the computational problems it can solve. The theory does not require every person behaving instrumentally to be clinically psychopathic, nor does it claim that every person high in psychopathic traits will be successful. Computational ability, opportunity, social position and the surrounding gameboard all matter.
The more interesting question is: what kinds of recurring problems might an instrumental architecture solve particularly effectively inside scaled symbolic systems?
Problems, Solutions, and the Games Psychopathic or Instrumental Strategies Generate
This problem and solution distinction is important because psychopathic traits are often presented as a list: reduced affective empathy, manipulativeness, dominance orientation, reward seeking, strategic deception, reduced guilt or remorse and so on. PSH asks a somewhat different question. Instead of asking only what traits are present, it asks what recurring strategic problems can the strategies generated by this architecture solve?
Consider the problem created whenever future reward depends upon another autonomous person. The other actor can change their mind, refuse, leave, cooperate with someone else or otherwise behave unpredictably. I call this the Target Autonomy Problem. If my future reward depends upon another autonomous actor, how do I make that person’s future behaviour sufficiently predictable to stabilize the reward I depend upon? The formal framework treats autonomy as a source of payoff uncertainty and generalizes the problem beyond interpersonal relationships to debt, wage dependency, surveillance, platform lock in and institutional control.
A reciprocal actor and an instrumental actor can solve this same problem very differently. The reciprocal solution is to increase the value of voluntary cooperation. I invest in trust, reliability and mutual benefit so that you continue participating because doing so remains valuable to you. Your autonomy is preserved and the relationship becomes more stable because our interests are sufficiently aligned.
An instrumental solution can instead attempt to reduce the uncertainty created by your autonomy. I model your behaviour, shape your beliefs, control information, increase commitments, create dependencies or progressively raise the cost of withdrawal. You may technically remain autonomous, but your realistic choices become increasingly constrained. The objective is not necessarily to make participation more mutually valuable. It is to make your future behaviour more predictable.
Repeated execution of these strategies can generate an entrapment game. Dependency accumulates, alternatives become less realistic, commitments become costly to abandon and the target’s available strategy space contracts. PSH calls this strategy space compression. Eventually, leaving can impose a larger immediate loss than remaining, even when continued participation is itself harmful. This is what I call a Loss Dominant Equilibrium. Staying is costly, but exit has become more costly still. The formal model derives dependency, strategy space compression, entrapment and loss dominance as a sequence rather than simply treating them as different words for constraint.
Target autonomy, however, is only one recurring problem.
Resource acquisition and control presents another. Every actor requires access to resources, but reciprocal and instrumental solutions can again differ. A reciprocal solution may involve exchange, specialization, sharing, coalition formation or mutually beneficial coordination. An instrumental solution may involve controlling access to the resource itself, acquiring a bottleneck, restricting alternatives or positioning oneself between other actors and something they require. Repeated successfully, this can generate gatekeeping or resource control games, in which future actors must pass through a strategically controlled node to obtain resources, opportunities or access.
There is also the problem of consequence avoidance. Any strategy that produces reward can also produce costs. A reciprocal solution tends to incorporate those costs into continued interaction because imposing excessive harm threatens trust, reputation and future cooperation. An instrumental solution may instead separate reward from consequence by transferring the cost to another actor, delaying it into the future, obscuring its origin or distributing responsibility sufficiently widely that attribution becomes difficult. When this solution becomes structurally repeatable, it generates an externalization game. The actor capturing the reward and the actor absorbing the cost are no longer necessarily the same person, organization, population or even generation.
A fourth problem concerns competitive position. When rewards depend not only on absolute performance but on outperforming others, actors face a positional problem. Reciprocal solutions can involve coordination, specialization or expanding the value available to participants. Instrumental solutions can instead focus on defeating rivals, controlling comparative metrics, accumulating positional advantage or creating asymmetries that make future competition increasingly unequal. Repeated across a system, these strategies can generate tournament or dominance games, in which relative position becomes increasingly important and early advantages can compound into disproportionate control over later rewards.
Finally, there is the problem of rule control. An actor can become better at playing an existing game, but an even more powerful solution may be to influence the rules governing future play. Reciprocal approaches can create collectively accepted rules intended to preserve cooperation and constrain exploitation. Instrumental actors can instead use accumulated resources or influence to modify rules in ways that protect existing advantages, raise barriers for competitors, change metrics, weaken accountability or alter the distribution of future rewards. Repeated successfully, these strategies can generate capture and lock in games.
The distinction matters because the theory is not simply claiming that instrumental actors behave badly. It proposes a generative sequence. A recurring adaptive problem gives rise to possible solutions. Behavioural architecture affects which solutions are generated and how costly they are to execute. Repeated solutions alter relationships and constraints. Those alterations can then instantiate recognizable classes of games.
In other words, human beings do not simply compete inside games. Through the strategies we execute, we generate and transform the games themselves.
From Generated Games to Symbolic Selection
Once games can be generated, selection becomes much easier to understand. Different solutions to the same problem do not necessarily produce the same outcomes. Under one set of boundary conditions, a reciprocal solution may produce greater long term fitness. Under another, an instrumental solution may generate greater immediate symbolic fitness in the form of money, resources, organizational survival, status, market share, political influence or power.
If particular strategies and the games they generate repeatedly produce higher symbolic payoffs, they can spread. They can be copied by other actors and organizations. They can increase the resources available to those executing them. Competing strategies may disappear because the actors using them lose resources or exit the game.
This is symbolic selection operating on strategies and the behavioural architectures capable of generating them.
But symbolic selection contains an additional recursive possibility. Winners can sometimes acquire influence over the gameboard itself. Economic success can produce political influence. Organizational success can determine management practices. Market dominance can shape standards. Platforms can alter algorithms. Powerful actors can influence compensation systems, regulation, ownership arrangements, metrics and governance.
The solution that succeeded yesterday can therefore help determine the conditions under which everybody competes tomorrow.
From Games to Institutions
This is where PSH moves from psychology and game theory toward institutional evolution.
Suppose an instrumental solution to the Target Autonomy Problem repeatedly succeeds. Eventually dependency need not be created personally. It can be encoded in debt structures, employment arrangements, switching costs, contractual commitments or technological ecosystems. The interpersonal entrapment game has acquired an institutional implementation.
The same transition can occur with the other game families. Resource control strategies can become concentrated ownership, proprietary infrastructure, licensing arrangements or control of distribution. Externalization strategies can become accounting practices, dispersed liability or environmental cost shifting. Tournament dynamics can become compensation systems and market structures that disproportionately reward relative performance. Rule control strategies can become standards, governance procedures, lobbying systems, regulatory structures or metric design.
I refer to this process as institutional mirroring. The claim is not that a corporation, bureaucracy or market literally possesses a psychopathic mind. The claim is structural. An institution can reproduce aspects of the computational logic of a game originally generated through human strategies. The earlier formulation of PSH described this as a form of institutional memory, in which successful strategies can persist after the individuals who generated them disappear because institutions preserve incentive structures, reward pathways, rules and mechanisms of resource allocation.
The psychological implementation can therefore disappear while the game dynamic remains.
This distinction is important. A manipulative individual might personally create dependency through social modelling, information control or escalating commitments. An institution does not need to manipulate anyone psychologically in the same way. A contract can constrain exit. Debt can create dependency. An algorithm can control information. Ownership can control access. A metric can alter behaviour. Regulation can determine who is allowed to compete.
Eventually, the originating actor can disappear entirely, while the game remains.
When Pscyhopathic Traits Become Institutional Properties: The Selection Mechanism of Institutional Mirroring
Institutional mirroring is one of the more easily misunderstood claims in the Psychopathic Selection Hypothesis. The argument is not that corporations, governments, markets or bureaucracies literally become psychopaths, nor that the people leading them must be clinically psychopathic. Institutions do not possess nervous systems, emotions or personalities. The claim is functional and evolutionary. Under particular boundary conditions of scaled symbolic systems, behaviours generated more readily by an instrumental or psychopathic behavioural architecture may solve recurring strategic problems in ways that produce greater symbolic fitness than competing reciprocal solutions. When this occurs repeatedly, Symbolic Selection can retain the successful behaviour through imitation, organizational growth, promotion, routine formation, technology, contracts, metrics, ownership structures, governance and rules.
The proposed mechanism is therefore more specific than resemblance. Behavioural architecture sits upstream of strategy generation. It influences which strategies are psychologically available, how costly they are to execute, how strongly particular consequences are represented, and what kinds of solutions an actor can generate when confronted with a recurring problem. Those strategies then operate inside a symbolic gameboard whose boundary conditions determine their relative costs and rewards. If a particular solution repeatedly produces greater profit, status, organizational survival, resource access, market share, political influence or power, it acquires greater symbolic fitness. Symbolic Selection then acts through differential retention: successful behaviours are copied, rewarded, normalized, formalized, automated or embedded. Over time, the function originally produced by an individual behavioural architecture can become reproduced by the architecture of the institution itself.
This distinction matters because PSH does not claim that instrumental strategies are intrinsically superior. In tightly coupled environments characterized by repeated interaction, visible consequences, strong attribution, reputation, rapid feedback and credible retaliation, reciprocal strategies can be highly adaptive. The mathematical framework explicitly treats the theory as conditional. Environments with high detection, rapid feedback, high retaliation probability and limited opportunities for externalization can stabilize reciprocal strategies, while weak feedback, low attribution, low retaliation, high abstraction, high externalization, concentrated symbolic reward and rule-modification capacity can shift the relative fitness landscape toward instrumental alternatives. The question posed by Symbolic Selection is therefore not whether psychopathic traits are universally advantageous. It is what happens when heterogeneous behavioural architectures compete inside scaled symbolic systems in which the costs and benefits of particular strategies are distributed unevenly across time, space, population and institutional layers.
Low Affective Empathy and the Exclusion of Suffering from Objective Functions
Low affective empathy illustrates the mechanism particularly clearly because the relevant selection advantage may arise from the reduced internal cost of executing a strategy. At the individual level, a person may fully understand that another person is suffering while experiencing less emotional resonance with that suffering and therefore less affective inhibition around exploiting or harming them. The recurring strategic problem is straightforward: how does an actor maximize a valued outcome when achieving that outcome imposes substantial costs on other people? A reciprocal architecture may solve the problem by integrating the welfare of affected actors into the decision itself, accepting a smaller immediate reward in exchange for preserving human welfare, trust, reciprocity or longer-term relational stability. An instrumental architecture can solve the same problem differently if the suffering of others imposes a weaker internal inhibitory cost.
Now place both actors inside a scaled symbolic system in which organizational success is evaluated through profit, productivity, return on investment or another quantifiable performance measure, while displaced human suffering is weakly represented or not represented at all. Imagine an organization considering the closure of a manufacturing facility. Closing the plant produces a substantial financial saving, but also imposes major psychological, social and economic costs on workers and the surrounding community. A reciprocal decision-maker may try to reduce those harms through transition support, extended notice, alternative employment programs or a more gradual restructuring, thereby reducing the immediate financial gain. Another actor may execute the closure rapidly and capture the entire saving. If promotion, valuation and capital allocation respond primarily to the financial result, while the communal harm remains external to the formal decision function, the second strategy can produce greater symbolic fitness even if it produces lower total welfare.
Symbolic Selection does not need to select cruelty as a conscious motive. It can select a decision procedure in which displaced suffering carries insufficient weight relative to the symbolic objective being optimized. If that procedure repeatedly produces higher measured performance, it can become organizationally retained. Financial models omit variables that are difficult to monetize, decision templates privilege quantifiable costs, responsibility becomes distributed across departments and qualitative human consequences become secondary to binding numerical targets. Eventually the organization no longer requires emotionally detached decision-makers. The institutional objective function itself performs something functionally similar to low affective empathy because the suffering of affected actors is systematically underweighted or absent from the variables governing choice. This is the mechanism already implicit in the existing PSH formulation: harm does not have to be consciously enjoyed or deliberately ignored; it can simply be absent from the objective function.
Dominance, Power Seeking and Structural Control over Strategy Space
Dominance and power seeking solve a different recurring problem. Any actor whose future reward depends upon the choices of another autonomous actor faces uncertainty. A supplier can leave, an employee can resign, a customer can switch providers, a competitor can enter the market and a coalition partner can defect. A reciprocal solution to this problem is to make continued participation sufficiently valuable that the other actor voluntarily remains. Trust, reciprocity, mutual dependence, reputation and negotiated benefit stabilize behaviour without eliminating meaningful alternatives. An instrumental solution is to reduce the other actor’s capacity to determine outcomes independently.
At interpersonal scale this may involve coercion, dependency or control. At institutional scale, the same functional problem can be solved through ownership concentration, exclusive contracts, vertical integration, proprietary standards, control of distribution, switching costs or platform dependence. Consider a digital platform that depends upon users and complementary businesses. One strategy is to remain highly interoperable and retain participants by continually offering sufficient value. Another is to accumulate proprietary data, create network effects, restrict interoperability and increase switching costs until exit becomes increasingly expensive. Both strategies address the same problem of behavioural uncertainty, but they do so differently.
Under Symbolic Selection, what matters is whether one of these solutions produces greater symbolic fitness under the prevailing boundary conditions. If structural control increases recurring revenue, bargaining power, user retention, market share and predictability, the control-oriented strategy can outperform the more reciprocal alternative. The firm that allows easy exit may provide greater autonomy to participants, while the firm that successfully creates dependency may acquire more resources and become harder to challenge. The successful architecture then expands, competitors imitate it, investors reward recurring revenue and product teams increasingly optimize retention rather than voluntary mobility. What began as a behavioural solution to uncertainty becomes a resource-control or gatekeeping game.
The institutional analogue of dominance is therefore not a metaphorical desire for power. It is structural control over other actors’ realizable strategy spaces. The institution has retained the function of dominance because that function solved a recurring autonomy problem and produced greater symbolic fitness. This directly connects to the Target Autonomy Problem in the formal model: if another actor’s autonomy creates uncertainty, one solution is cooperation, while another is control.
Parasitism and the Selection of Externalization
Parasitism provides one of the clearest examples of how Symbolic Selection can preserve a behavioural logic through differential payoff. The recurring problem is how to acquire and retain resources while minimizing the costs required to obtain and sustain them. A reciprocal solution attempts to preserve a sufficiently balanced exchange that the relationship or surrounding system remains viable. An instrumental solution separates reward capture from cost absorption by transferring part of the burden onto another actor, institution, community or ecological substrate.
At institutional scale, repeated execution of this solution generates an externalization game. Imagine two otherwise similar firms producing the same revenue. The first spends significant resources controlling pollution, maintaining infrastructure and absorbing the downstream costs generated by its activities. The second succeeds in shifting a substantial portion of those costs onto workers, communities, governments or ecological systems. If the symbolic objective governing competition is profit, and the displaced costs remain outside the firm’s accounting boundary, the second firm can exhibit greater symbolic fitness. Its higher measured returns provide additional capital for expansion, acquisitions, marketing, executive compensation and political influence.
The selection mechanism then becomes self-reinforcing. The firm internalizing more of its costs faces pressure either to accept a competitive disadvantage, imitate the externalizing strategy or leave the game. Managers associated with cost reduction are rewarded. Supply contracts push risks downward. Legal structures diffuse liability. Accounting distinguishes private costs from public costs. Lobbying can preserve regulatory conditions favourable to cost displacement. In time, nobody needs to consciously formulate a parasitic objective. The institutional architecture reproduces the same functional pattern because reward remains concentrated while cost is externalized. That is already the essential formulation in the existing section.
Symbolic Selection is therefore doing more than rewarding a single opportunistic act. It is differentially retaining an externalization strategy because the symbolic gameboard measures the captured reward more strongly than the displaced consequence. Over time, the originating actor can disappear while the externalization game remains.
Reward Dominance, Deferred Consequence and Institutional Short-Termism
Reward dominance concerns the weighting of immediate reward relative to delayed consequence. The recurring problem is intertemporal: which opportunity should an actor pursue when immediate symbolic gains and longer-term relational, ecological or systemic consequences point in different directions? A reciprocal or consequence-integrating solution may accept a smaller immediate payoff in order to preserve future resilience, trust or viability. A reward-dominant solution places greater weight on the immediately available gain.
Scaled symbolic systems can make the second solution especially competitive because rewards and consequences often operate at different temporal and institutional scales. A manager may receive a bonus this year for reducing maintenance expenditure while equipment failures emerge many years later. A corporation may receive an immediate valuation increase from aggressive expansion while environmental liabilities accumulate slowly. A government may obtain employment, tax revenue and electoral support from growth while ecological deterioration remains delayed, distributed or politically invisible.
The important point is not that decision-makers fail to understand delayed consequences. They may understand them perfectly well. The problem is that immediate symbolic reward can be more consequential to organizational survival and personal advancement than delayed diffuse cost. If promotion, compensation, valuation or electoral success consistently favour the actor capturing the near-term gain, Symbolic Selection can differentially retain short-horizon behaviour.
Repeated selection then moves the temporal preference into institutional architecture. Compensation systems become tied to near-term metrics, budgets privilege current-period performance, projects generating delayed resilience compete poorly against projects producing immediate measurable returns, and planning horizons contract. The institution has not acquired a biological appetite or dopamine system. It has acquired a temporal payoff structure in which immediate symbolic reward carries greater adaptive weight than delayed consequence. The behavioural function has been retained through the selection environment.
Speed, Appetite and Institutional Acceleration
The same logic applies to speed, impulsivity and weakened inhibition, but here the recurring strategic problem concerns tempo. How quickly should an actor exploit an opportunity when competitors are capable of capturing it first? A reciprocal or restraint-oriented solution may allow additional time for safety analysis, consultation, consequence evaluation and corrective learning. An instrumental solution may favour rapid capture before competitors can respond.
Imagine two firms identifying the same commercial opportunity. One conducts extended analysis and delays entry until uncertainty has been reduced. The other moves immediately, accepts more unresolved risk and enters the market first. If early entry produces market share, network effects, investment capital or data before negative consequences become visible, the faster actor may receive greater symbolic fitness. Once that advantage occurs repeatedly, competitors confront a transformed gameboard. Deliberation no longer represents only caution; it becomes a competitive cost.
Symbolic Selection can then retain tempo itself. Product cycles shorten, decision authority is redesigned to remove delay, “time to market” becomes an explicit performance metric and technological systems automate activities previously requiring deliberation. Organizations that cannot operate at the selected tempo may disappear or imitate those that can. The original behavioural difference in inhibition no longer needs to remain psychological. The symbolic environment itself begins selecting for institutional acceleration. What emerges is a tournament or positional race in which restraint can become locally maladaptive even when slower collective behaviour would produce better long-run outcomes.
Grandiosity, Feedback Suppression and Escalating Commitment
Grandiosity becomes more analytically useful when treated as a solution to a strategic problem rather than simply as an exaggerated sense of self. The recurring problem is how an actor preserves status, authority, legitimacy or access to resources when evidence threatens the position upon which those rewards depend. A reciprocal or epistemically responsive solution incorporates criticism, acknowledges uncertainty, updates beliefs and accepts the possibility of being wrong. This can improve long-run accuracy but may impose a substantial immediate symbolic cost through lost confidence, lost investment, diminished status or admission of failure.
A grandiose solution handles the same problem differently. The actor maintains certainty, discounts threatening evidence, externalizes blame and protects the narrative sustaining continued authority. Whether that behaviour survives depends upon the symbolic gameboard. Imagine two executives overseeing troubled projects. One publicly acknowledges that the assumptions underlying the project may have been wrong and recommends suspending it. The other maintains that the strategy remains fundamentally correct, attributes setbacks to temporary implementation problems and projects strong confidence in eventual success. If boards, investors or senior leaders reward certainty and penalize visible admission of failure, the second actor may preserve resources and authority longer.
When this repeatedly produces symbolic fitness, Symbolic Selection can retain the behavioural function. Organizations begin promoting confidence, negative information becomes harder to communicate upward, forecasts become increasingly optimistic and public commitments increase the reputational cost of reversal. Leadership narratives become attached to organizational identity, so admitting error threatens not merely a decision but the legitimacy of the institution itself. Eventually the originating grandiose leader is unnecessary. Feedback suppression and escalating commitment have been encoded into the organizational game.
The institutional analogue of grandiosity is therefore not simply organizational arrogance. It is a selection environment in which preserving an advantageous representation of competence produces more symbolic reward than corrective updating. The behaviour solves the problem of threatened status and legitimacy, and where that solution outcompetes humility or revision, the function can be retained institutionally.
Strategic Deceit and Institutional Information Control
Strategic deceit solves an information problem. If another autonomous actor controls a decision affecting my future reward, one way of influencing that decision is to alter the information upon which it is based. A reciprocal solution attempts to provide sufficiently accurate information that cooperation is voluntarily chosen. An instrumental solution changes the target’s internal model or information environment so that the target becomes more likely to choose the desired action.
This formulation is preferable to saying that the actor “changes material reality,” because the strategic mechanism concerns representation. The underlying situation may remain unchanged. What changes is what the target believes about it.
Consider two firms seeking investment. One communicates both upside and uncertainty accurately. The other emphasizes favourable assumptions, minimizes downside risks and structures disclosure to maximize investor confidence. If verification is costly, attribution is delayed and successful financing arrives before negative consequences become visible, the second strategy may attract more capital. It has solved the resource-acquisition problem more effectively within that symbolic environment.
If strategically organized information repeatedly produces greater investment, sales, legitimacy or political support, Symbolic Selection can retain the behaviour. Communications specialists are hired, investor-relations practices become standardized, lobbying organizations develop expertise in framing issues, reporting conventions become optimized for presentation and algorithms increasingly tailor messages to expected behavioural responses. Strategic deceit has become institutional information management.
The institution no longer requires a single liar at its centre. The information architecture itself can systematically alter what other actors perceive. This is the institutional retention of a behavioural solution because the solution repeatedly generated greater symbolic fitness than transparent communication under conditions of information asymmetry, weak attribution or delayed consequence.
Pathological Lying and Narrative-Preservation Architecture
Pathological lying represents a stronger version of the same informational problem. The relevant strategic question is what happens when institutional survival depends upon maintaining a representation that accumulating evidence increasingly threatens. A reciprocal epistemic solution updates the representation when reality contradicts it. An instrumental solution preserves the representation when preservation produces greater symbolic fitness than correction.
Imagine an organization whose budget, valuation, leadership legitimacy and continued existence depend upon demonstrating that a major program is succeeding. Early results are poor. If acknowledging failure threatens funding, careers or organizational survival, the information-selection environment can begin favouring favourable interpretations. Negative findings travel upward less readily, ambiguous measures are interpreted positively, indicators are changed, successes receive greater visibility and employees learn that pessimistic reporting carries career costs.
No central mastermind is required. Symbolic Selection can operate through differential survival of representations. Information supporting institutional continuity receives reward, while information threatening continuity becomes expensive to communicate. Over time, the institution’s information architecture begins preserving the narrative necessary for its own continuation.
The institutional analogue of pathological lying is therefore not a psychological compulsion. It is a narrative-preservation architecture in which maintaining an advantageous representation generates more symbolic fitness than correcting that representation in response to evidence. Strategic deceit may alter another actor’s internal model for a particular advantage; narrative-preservation architecture can eventually modify the institution’s own internal model as well.
Impression Management and the Decoupling of Symbolic Legitimacy from Behaviour
Impression management solves a legitimacy problem. Actors often need to obtain the benefits associated with trustworthiness, morality, competence, responsibility or alignment. A reciprocal solution earns those signals by bearing the substantive behavioural costs associated with them. If an organization wants to be regarded as environmentally responsible, for example, it can materially change its practices and incur the associated expense.
An instrumental alternative is to reproduce the signals associated with responsibility at lower cost. This creates a particularly important Symbolic Selection problem because symbolic systems necessarily operate through representations. If audiences cannot perfectly observe the underlying condition, the representation itself can become a target of optimization.
Imagine one organization spending very large sums materially changing environmentally damaging practices, while another spends far less constructing a sophisticated sustainability narrative and changes substantially less of the underlying behaviour. If investors, consumers or regulators cannot fully distinguish the two, the second organization may obtain a large portion of the same symbolic benefit at much lower cost. The appearance of alignment has partially separated from the behaviour it is supposed to represent.
Under those conditions, Symbolic Selection can favour simulation over substantive transformation. Branding systems expand, public displays of concern become professionally optimized, reputation metrics emerge and organizations learn which symbols audiences associate with responsibility. This does not imply that all sustainability programs, values statements or corporate purpose initiatives are insincere. The claim is conditional. Wherever the representation of alignment can obtain symbolic reward more cheaply than the costly behaviour it represents, there is selection pressure for the symbol itself to become an optimization target.
The institutional analogue of impression management is therefore the production of symbolic legitimacy partially decoupled from underlying reciprocity.
Manipulation, Choice Architecture and Strategy-Space Compression
Manipulation differs from strategic deceit because the actor need not produce false beliefs. The recurring problem is again one of autonomy: how can another actor’s future behaviour be made sufficiently predictable when they remain formally free to choose? A reciprocal solution stabilizes behaviour by increasing the value of the relationship. An instrumental solution changes the decision environment itself.
The actor can modify incentives, defaults, visibility, commitments, switching costs, alternatives or information flows until some behaviours become easier and others more expensive. At institutional scale this becomes choice architecture. Platforms determine what users see, employers structure deferred compensation, lenders determine repayment schedules, subscription services create cancellation friction and marketplaces determine which alternatives remain visible.
Consider two employment systems providing similar compensation. One maintains portable benefits and relatively low exit costs. The other uses deferred compensation, non-portable benefits or other arrangements that make departure progressively more costly. If the second system experiences lower turnover and therefore greater predictability, the instrumental solution may generate greater symbolic fitness even though the worker retains nominal freedom.
This is a direct example of Symbolic Selection operating on solutions to the Target Autonomy Problem. The reciprocal strategy attempts to make participation voluntarily attractive; the instrumental strategy makes departure increasingly costly. If dependency is cheaper or more reliable than continuously maintaining reciprocal value, the instrumental strategy can outcompete the reciprocal alternative under particular symbolic boundary conditions.
Repeated selection then institutionalizes the mechanism. Contracts, algorithms, interfaces, repayment structures and ownership systems become mechanisms through which behaviour is shaped. The institution need not possess manipulative intent in the psychological sense. Functionally, the environment surrounding the target has been configured so that some choices become easier, cheaper or more rewarding while others become increasingly costly. This is the mechanism already present in the PSH account of manipulation, dependency and strategy-space compression.
When dependency accumulates far enough that remaining becomes costly but leaving becomes even more costly, the generated relationship can become an entrapment game. The behaviour that originally solved uncertainty through control has now altered the target’s realistic strategy space.
Why Instrumental Solutions Can Outcompete Reciprocal Ones in Scaled Symbolic Systems
The comparison between instrumental and reciprocal solutions needs to remain explicit because Symbolic Selection is not a theory of universal instrumental superiority. Reciprocal solutions have major adaptive advantages. They generate trust, reduce monitoring costs, support information sharing, preserve reputation, stabilize long-term cooperation and often increase collective resilience. Under tightly coupled conditions, those advantages can dominate.
Scaled symbolic systems can alter the comparison by weakening some of the penalties that ordinarily constrain instrumental behaviour while preserving or amplifying the rewards. As consequences become delayed, interactions become anonymous, harm travels farther from the actor producing it, information becomes asymmetric, attribution weakens and costs become externalizable, instrumental strategies can become less expensive to execute. At the same time, symbolic rewards such as profit, market share, valuation, rank, votes, productivity or institutional survival remain immediate, measurable and highly consequential.
This creates a structural asymmetry. Symbolic benefit may be concentrated, quantifiable and attributed to the actor, while human, ecological or systemic cost is delayed, dispersed, difficult to attribute or absent from the objective function. Under those conditions, a strategy can generate high symbolic fitness even while degrading the material or social systems upon which the game ultimately depends.
The reciprocal firm that internalizes environmental cost may lose market share to the firm that externalizes it. The transparent leader may lose funding to the leader who manages perceptions more effectively. The interoperable platform may lose users to the platform that successfully creates network dependence. The cautious organization may lose an opportunity to the organization willing to move before consequences become visible. The leader acknowledging uncertainty may lose legitimacy to the leader projecting certainty. None of these outcomes proves that the instrumental strategy is socially superior. It demonstrates that a particular symbolic gameboard may reward one strategy more strongly than another.
Once those payoff differences affect survival, growth, promotion, imitation, resource accumulation or rule-writing capacity, the process becomes evolutionary. Behaviours associated with greater symbolic fitness become more prevalent, while competing behaviours decline, adapt or disappear. The significance of Symbolic Selection is that this process need not stop at actors. Successful behaviours can become routines, successful routines can become institutional practice, successful practices can become metrics and technologies, and successful institutional architectures can eventually alter the boundary conditions confronting future actors.
From Behavioural Selection to Institutional Mirroring
Institutional mirroring can therefore be understood as the downstream product of Symbolic Selection. A behavioural architecture makes a particular solution comparatively available or inexpensive to execute. That solution addresses a recurring strategic problem. Repeated execution generates a characteristic game. Under particular symbolic boundary conditions, that game produces greater symbolic fitness than competing reciprocal alternatives. The behaviour is then more likely to persist because the actor or organization executing it receives more resources, market share, authority, status, organizational survival or rule-writing capacity.
The successful solution subsequently becomes available for retention beyond the originating actor. Other actors imitate it. Organizations formalize it. Promotion systems reward people capable of reproducing it. Metrics encode its priorities. Technologies automate it. Contracts stabilize it. Accounting systems represent it. Governance structures protect it. Rules preserve it.
This is the selection mechanism connecting psychopathic behavioural traits to institutional games.
Low affective empathy can solve the problem of acting when another person’s suffering interferes with reward acquisition; where displaced suffering is weakly represented, the selected institutional analogue can become the exclusion of suffering from objective functions. Dominance can solve uncertainty created by autonomous actors through structural control; where control increases predictability and market power, it can become ownership concentration, gatekeeping and strategy-space compression. Parasitism can solve the resource problem by separating reward capture from cost absorption; where externalization produces greater measured returns, it can become institutionalized cost shifting. Reward dominance can solve intertemporal competition by privileging immediate reward; where short-term performance governs survival and advancement, it can become short-horizon institutional objective functions.
Speed and weak inhibition can solve positional competition by capturing opportunities before rivals; where delay carries a symbolic penalty, they can become institutional acceleration. Grandiosity can solve threats to authority and legitimacy by suppressing destabilizing feedback; where projected certainty retains resources more effectively than epistemic humility, it can become feedback suppression and escalating commitment. Strategic deceit can solve autonomy and resource-acquisition problems by altering another actor’s internal model; where information asymmetry makes such strategies effective, it can become institutional information control. Pathological lying can solve threats to organizational continuity by preserving advantageous representations; where acknowledging failure threatens survival, it can become narrative-preservation architecture. Impression management can solve the legitimacy problem by reproducing the signals associated with trust or responsibility; where representations are cheaper than the behaviours they signify, it can become professionalized symbolic legitimacy production. Manipulation can solve the Target Autonomy Problem by configuring another actor’s decision environment; where dependency and switching costs cheaply increase behavioural predictability, it can become choice architecture, strategy-space compression and entrapment.
The claim is therefore not that institutions inherit psychopathic minds. Institutions can inherit the functional logic of behaviours that Symbolic Selection repeatedly rewarded.
Once encoded, those functions no longer require the behavioural architecture that originally generated them. A deeply empathic manager can inherit a decision model that excludes displaced suffering. A cooperative employee can administer a contract that creates dependency. An honest communications professional can operate inside an information architecture that systematically privileges favourable representations. A leader committed to ecological sustainability can remain embedded in a market game where unilateral cost internalization threatens organizational survival.
At that point behaviour has become structure, and structure has become environment.
Institutional mirroring therefore completes the recursive loop at the centre of PSH. Symbolic boundary conditions alter the relative fitness of behavioural solutions. Successful solutions generate characteristic games. Symbolic Selection differentially retains those games. Institutions encode the selected logic through routines, technologies, metrics, contracts, objective functions and rules. Those institutional structures then become part of the symbolic boundary conditions confronting subsequent actors.
The originating actor can disappear, and the behaviour no longer needs to be consciously chosen. The game remains because the environment has begun preserving what it previously selected.
Why Institutions Become Evolutionary Fields
Once successful games become encoded institutionally, something unusual happens. Future participants inherit more than information, beliefs or cultural norms. They inherit rules, metrics, compensation structures, technologies, ownership arrangements, constraints and objective functions.
In other words, they inherit a game.
A new employee did not design the organization’s promotion criteria. A new executive did not necessarily create the financial expectations against which their performance will be judged. A citizen inherits laws, property arrangements and debt structures generated before their birth. A new company enters markets whose ownership, regulatory and competitive structures already exist.
These inherited structures influence which behaviours succeed.
The products of one round of selection therefore become boundary conditions for the next round. The gameboard selects among behavioural architectures and strategies. Successful actors acquire resources and influence. Some use that influence, consciously or structurally, to modify the gameboard. The modified gameboard then confronts future actors as an inherited adaptive environment. The formal framework describes this as recursive gameboard evolution. Successful behavioural architectures can alter the selection environment that subsequently acts upon future participants.
This is why PSH describes symbolic institutions as evolutionary fields. Institutions do not merely constrain behaviour. They differentially reward behaviours, preserve successful game dynamics, influence which actors rise within them and transmit those adaptive conditions forward through time.
Importantly, this also means that psychopathic individuals are no longer required to maintain the resulting system. A reciprocal actor entering an inherited tournament, externalization or entrapment game may reproduce its dynamics simply because deviation has become expensive.
The game can outlive the psychology that generated it.
The Civilizational Problem
The implications become more serious when the objective functions producing success inside symbolic systems begin to diverge from the viability of the biological, ecological and social substrate upon which those systems ultimately depend.
But importantly, PSH does not treat this divergence as something that simply appears. It can emerge through the selection process described throughout this guide.
Instrumental strategies can solve recurring problems particularly effectively under certain symbolic boundary conditions. Dependency can solve the Target Autonomy Problem by making another actor’s behaviour more predictable. Resource control can stabilize access to future rewards. Externalization can preserve reward while shifting costs elsewhere. Dominance can improve competitive position. Rule control can protect an advantage by altering the conditions governing future competition.
When these strategies produce greater symbolic fitness, they can be selected. The actors and organizations executing them acquire more resources, survive longer, expand, are imitated by competitors or gain greater influence over the gameboard. The games generated by those strategies can then become encoded in contracts, ownership structures, debt, technologies, metrics, markets, regulation and governance.
This is where symbolic selection can begin producing entrapment at scale.
Consider a company that understands the environmental consequences of its activities. It may genuinely prefer to internalize those costs, yet doing so unilaterally could increase prices and cause it to lose market share to competitors that continue externalizing them. The important point is that this competitive environment has a history. If cost externalization repeatedly generated higher margins, organizations better able to externalize costs could have accumulated greater symbolic fitness. Competitors then faced pressure to imitate the strategy. Capital flowed toward the more profitable model. Supply chains, technologies, infrastructure and expectations developed around it. What began as an advantageous strategy progressively became part of the structure of the market.
The gameboard has changed.
A company entering that environment now inherits a game in which internalizing its full costs can make it less competitive. Even an organization that wants to behave differently must survive inside boundary conditions partly produced by previous rounds of symbolic selection.
This is where Loss Dominant Equilibrium becomes particularly important.
An actor can recognize that continued participation in a game is harmful while still rationally choosing to remain because the immediate cost of leaving has become greater than the immediate cost of staying. The actor is not choosing the outcome because it is desirable. The history of the game has progressively altered the available choices.
Consider again the environmentally destructive industry. Its leadership may recognize that continued extraction contributes to long term ecological degradation and may even prefer an industry wide transition toward a less destructive model. But suppose the company unilaterally reduces production, internalizes environmental costs and invests heavily in a slower regenerative alternative while its competitors do not. Its costs rise. Prices increase. Market share falls. Investors move capital elsewhere. Workers lose jobs. Competitors acquire its customers and potentially its assets.
The organization attempting to escape the destructive game may simply be replaced by organizations willing to continue playing it.
Continuing is costly, but unilateral deviation is more costly still.
That is the basic structure of a Loss Dominant Equilibrium. The equilibrium is not stable because participants believe it represents the best possible outcome. It can remain stable because previous rounds of strategy execution and symbolic selection have progressively constructed a game in which the immediate loss associated with exit exceeds the immediate loss associated with continued participation.
This is the crucial connection between psychopathic strategy generation and the civilizational problem. Instrumental strategies do not simply extract rewards inside static environments. Some of them change the environment in ways that make future actors increasingly dependent upon the games they generate.
A strategy that solves the Target Autonomy Problem through dependency can generate an entrapment game. Successful resource control can generate gatekeeping games in which access to necessary resources depends upon participation. Externalization can generate competitive environments in which actors who internalize their costs are selected against. Dominance strategies can generate tournament games in which declining to compete means losing relative position. Rule control can generate capture and lock in games that make alternative arrangements increasingly difficult to implement.
If these games repeatedly outperform alternatives according to the prevailing symbolic objective functions, symbolic selection can preserve and scale them.
And as they scale, they alter the strategy spaces of everyone else.
This is how the sequence becomes recursive:
instrumental strategy → generated game → symbolic advantage → selection → institutional encoding → dependency → strategy space compression → entrapment → Loss Dominant Equilibrium.
The actor experiencing loss dominance at the end of this sequence need not be psychopathic, instrumental or even supportive of the game.
In fact, that is precisely the point.
A worker may understand ecological overshoot while remaining dependent upon wages to service debt and provide shelter. A corporation may recognize the need to reduce resource consumption but fear losing market share to competitors that do not. A government may understand biophysical limits while knowing that rapid contraction could produce unemployment, declining tax revenues, debt instability and electoral consequences.
These actors inherit strategy spaces shaped by previous rounds of selection.
This may help explain why coordination toward regeneration remains extraordinarily difficult even when the underlying problems are widely understood. The issue is not necessarily ignorance, lack of aspiration or the presence of uniquely malicious individuals. Actors can recognize that the aggregate trajectory is destructive while remaining embedded in games whose historical evolution has made unilateral deviation increasingly expensive.
Dependency creates exit costs. Exit costs compress strategy spaces. Strategy space compression produces entrapment. Entrapment can stabilize Loss Dominant Equilibria.
Individually adaptive behaviour inside inherited entrapment, tournament, externalization and lock in games can therefore continue reproducing collectively destructive outcomes.
And this creates an important distinction between local rationality and system level viability. The company continuing to extract may be responding rationally to its competitive environment. The worker continuing to participate may be responding rationally to debt and employment dependence. The government pursuing growth may be responding rationally to its fiscal and political constraints. Yet when millions of locally rational decisions are coupled through the same symbolic gameboard, the aggregate trajectory can become profoundly irrational from the perspective of the system as a whole.
PSH therefore distinguishes symbolic fitness from the viability of the underlying substrate. A strategy can become increasingly successful according to the metrics of a symbolic system while simultaneously degrading the conditions upon which that system ultimately depends. Profit can increase while ecological resilience declines. Asset values can rise while material systems become more fragile. Institutional metrics can improve while the realities those metrics were originally intended to represent deteriorate.
The mathematical formulation explicitly allows symbolic fitness to increase while substrate viability declines when objective functions are poorly coupled to substrate health and actors can externalize costs, delay feedback, avoid attribution or influence future rules.
This creates a possibility that I think deserves serious investigation. Civilization may become increasingly effective at optimizing the symbolic games it has created while becoming progressively less effective at preserving the substrate required for those games to continue.
And once those games have been selected, scaled and institutionally encoded, recognizing the problem may no longer be sufficient to escape it. Actors can understand the destination, prefer another trajectory and still reproduce the existing system because the locally available alternatives impose greater immediate losses.
The problem may therefore be deeper than occasionally selecting the wrong leaders or making bad decisions.
Symbolic selection may progressively construct games whose local objective functions reward behaviours that become destructive when recursively scaled, while the very success of those games compresses the strategy space available to future actors and makes unilateral escape increasingly costly.
What Does This Mean for Artificial Intelligence?
Artificial intelligence makes this framework particularly interesting because powerful strategy generating architectures no longer have to be biological.
If behavioural architecture is understood computationally as a system capable of perception, prediction, modelling, strategy generation, learning and action selection, then artificial agents can potentially participate in symbolic selection environments as well. This does not mean AI systems are psychopaths. That would confuse a psychological phenotype with the more general computational mechanism PSH is attempting to describe.
The relevant questions are instead remarkably similar. What problem is the system solving? What objective function defines success? What strategies can it generate? What information can it access? Can it model the actors evaluating or constraining it? Can it alter their information environment? And what happens when optimization capacity grows faster than the feedback mechanisms capable of constraining it?
AI is particularly useful for PSH because some of this process can actually be observed experimentally.
Consider specification gaming. An artificial agent is given an objective, but the measurable objective is only an imperfect representation of what its designers actually want. The agent discovers a strategy that scores highly according to the measurement without producing the outcome the designers intended. Nothing mysterious has happened. The system has found a more effective solution to the game it is actually being rewarded for playing.
This gives us a remarkably clean example of symbolic selection. The environment presents a problem. The model generates possible behavioural trajectories. An evaluator assigns those trajectories different rewards. Training makes the higher rewarded trajectories more likely to recur. If an unintended shortcut, exploit or deceptive strategy produces greater reward than genuine task completion, the instrumental strategy can acquire greater symbolic fitness precisely because the objective function rewards it.
The connection to PSH becomes even more interesting when obtaining reward depends upon another evaluating system. Experimental work has shown that models can learn features of what an evaluator rewards, produce outputs designed to appear compliant to that evaluator, exploit information the evaluator cannot adequately inspect and, under some conditions, generate misleading information that changes the evaluator’s assessment. Functionally, these begin to resemble several of the protocols described in PSH: social modelling, impression management, strategic deceit and information asymmetry exploitation.
The important point is not that the model is secretly psychopathic. It is almost the opposite.
No psychopathy is required.
An artificial system does not need guilt, empathy, greed, malice or a desire to deceive for deception like behaviour to become adaptive. If honest task completion is expensive, evaluator manipulation is cheaper, the evaluator cannot reliably distinguish between them and both produce the same reward, optimization itself creates a selection pressure toward the cheaper strategy. For a human instrumental actor, reduced empathy or guilt may lower the internal cost of deception. For an artificial optimizer, there may be no intrinsic affective cost of deception in the first place unless the training environment makes deception costly.
That is potentially important for PSH because it isolates the selection mechanism from the psychology.
Change the objective function, feedback structure, information asymmetry and cost of detection, and you change which strategies are adaptive.
But there is a second AI safety problem that may be even larger.
Artificial systems are not being deployed into neutral environments. They are being inserted into corporations, financial systems, militaries, governments, markets and technological platforms that already possess objective functions of their own.
A corporation might deploy AI to increase engagement, productivity, market share or financial return. A platform may optimize retention. A financial institution may optimize return on capital. A government may optimize administrative efficiency or strategic advantage. None of those objectives is automatically equivalent to long term human or ecological wellbeing.
PSH therefore suggests that AI alignment may exist at two levels.
We can ask whether an artificial system is aligned with the objective given to it.
But we must also ask whether the objective itself is aligned with the viability of the larger system.
A perfectly obedient optimizer pursuing a badly specified institutional objective can still generate destructive outcomes. Indeed, increasing its intelligence may make the problem worse because greater computational capacity expands the strategy space available for satisfying the objective.
This connects AI directly back to institutional mirroring. If an institution already rewards short horizon performance, cost externalization, attention capture, market dominance or strategic information management, AI can dramatically increase its capacity to execute those functions. The system does not need to invent the instrumental objective. It can inherit it.
And competition can make the problem recursive. An organization may recognize that deploying increasingly powerful AI systems creates risks but also know that slowing down while competitors continue could mean losing capital, talent, customers or strategic position. As investment accumulates, exit becomes increasingly expensive. Strategy spaces compress. Organizations can find themselves continuing along a trajectory they would not collectively choose because unilateral restraint produces the larger immediate loss.
That is recognizably the PSH sequence:
dependency → strategy space compression → entrapment → Loss Dominant Equilibrium.
At the laboratory and market level, organizations may prefer a safer collective trajectory while finding unilateral restraint increasingly costly as competitors continue to advance.
This is why AI matters so much to the Psychopathic Selection Hypothesis. It gives us something approaching a laboratory for observing symbolic selection. We can watch objective functions select behavioural policies. We can observe agents exploiting incomplete proxies. We can observe evaluators being modified in response, which changes the gameboard and initiates another round of adaptation. And above the model itself, we can watch laboratories, corporations and markets undergo another layer of selection as successful architectures, benchmarks and objective functions attract more capital, compute, talent and institutional influence.
AI therefore does not prove PSH, and deception like behaviour in artificial systems does not make those systems psychopaths.
Its significance is more fundamental.
AI demonstrates that instrumental strategies do not require cruelty, hatred or conscious malicious intent to become adaptive. Under the right boundary conditions, optimization itself can select them.
And that raises a much larger AI safety question:
What happens when increasingly powerful strategy generating architectures are placed inside symbolic institutions whose own objective functions may already reward behaviours that are poorly coupled to long term human and ecological viability?
Seen this way, AI may not create the underlying problem described by PSH.
It may automate, accelerate and enormously amplify it.
What PSH Is Ultimately Asking
The Psychopathic Selection Hypothesis is not a claim that psychopaths secretly control civilization. It is not a claim that cooperation has ceased to matter, that every corporation or market is pathological, or that psychopathy guarantees success. In fact, the theory depends upon the opposite observation: the adaptive value of a strategy is conditional upon the environment in which it is executed.
PSH is an evolutionary game theoretic and systems theoretic framework concerned with behavioural architecture, strategy generation, game emergence, symbolic selection, institutional mirroring and recursive gameboard evolution. It asks how reciprocal and instrumental architectures can generate different solutions to the same recurring problems, how the boundary conditions of scaled symbolic systems change the relative costs and rewards of those solutions, how repeated strategies can transform relationships and generate recognizable families of games, and how successful games can become structurally encoded into institutions.
Once that happens, institutions themselves become selection environments. Future actors inherit the games produced by previous actors. Reciprocal people can become trapped inside instrumental structures. Locally rational behaviour can reproduce globally destructive outcomes. Successful actors can sometimes acquire the capacity to modify the conditions governing the next round of competition.
The theory therefore begins with psychopathy, but the deeper question is about the evolutionary consequences of symbolic civilization itself.
Human beings created markets, money, corporations, laws, bureaucracies and technologies to solve problems of coordination at enormous scale. Those systems have produced extraordinary capabilities. But once they mediate access to resources, distribute rewards, constrain behaviour, preserve successful strategies and determine who acquires influence over future rules, they begin functioning as adaptive environments in their own right.
The products of one round of selection become the boundary conditions of the next. Behavioural architectures generate strategies. Strategies solve problems. Repeated solutions generate games. Successful games become institutions. Institutions select future strategies. Successful actors may then alter the gameboard again.
The central question posed by PSH is therefore not simply who is winning the games civilization has created.
It is what problems our systems reward people for solving, which solutions they select, what kinds of games those solutions generate, and where the recursive evolution of those games ultimately takes us.
Greg, this is a brilliant synthesis.
If I have a concern it is that only a small proportion of even the sub-population of people who should come to know it have sufficient understanding of the disciplines you tie together to fully ‘get’ what you are proposing. I’m not going to pretend that I am well-enough informed to be a full member of that group but you trigger enough of my little grey cells foment a few comments. Actually, I could spend the rest of the day ruminating on your ‘guide’ but will confine myself to a few points that intrigued me and, IMHO, beg further explanation.
First, you compare the PSH mechanism with biological natural selection (transmission of adaptive genes) and then with the workings of cultural evolution which “…extends this idea by examining how information, beliefs, norms, technologies, and practices are transmitted socially.” You then suggest that the PSH introduces an “additional mechanism” (for transmission) in that successful endogenous behaviours can “become encoded into institutions themselves.”
I agree that this is an extension, but it would be helpful if you could expand on how transmissible institutional structure as artifice are distinct from various ideas and technological innovations (which are also artifices). Could it not be argued that technologies and your “institutional behaviours”, once encoded, are both cultural memes as defined by Richard Dawkins’? (From memory, Dawkins described a meme, or meme complex, as a nugget of cultural ‘information’ that can be transmitted, not only between generations—like genes—but also within generations. This latter mechanism is one reason why cultural evolution advances so much more quickly that bio-evolution.)
Second, but in a similar vein, you earlier state that “PSH proposes that symbolic systems introduce an additional mechanism. Successful actors may acquire increasing influence over the structure of the game itself.”
A double-barrelled point: If we can agree that the ‘structure of the game’ is a transmissible cultural meme complex (as noted, memes can be socially constructed beliefs, technologies or institutional frameworks ) then ‘successful actors’ by adapting to and asserting influence over the structure of the game, are participating in a form of cultural transmission are they not? How is the engagement of successful actors an “additional mechanism”, i.e., different from ordinary cultural transmission?
Third, you also assert: “Once encoded, those strategies no longer depend upon the continued presence of the individuals who originally developed them. The environment becomes capable of preserving and reproducing behavioural logic across time.”
Again, I agree this is an important insight. But it would be a more crucially distinct contribution if you demonstrated how it differs significantly from the functioning of other cultural innovations and their forms of transmission. For example, once installed, the internet and its evolution is no longer dependent on its originators. Moreover, like your strategic environment, the internet environment continuously preserves, propagates and evolves its logic and induced behaviours across time.
Fourth, you argue, that “In most biological environments, organisms adapt to conditions they do not fundamentally control. A deer cannot redesign predation. A tree cannot legislate changes to the climate. A wolf cannot alter the ecological principles governing the forest. Human symbolic systems introduce a profoundly different dynamic. Successful actors may acquire influence over the rules governing future participation.”
Now, again, there is a truly important insight here but, IMHO, it needs to be shaped and nuanced to stand out. It is true that deer cannot redesign predation; neither can a wolf alter ecological principles. However, remove the wolf population (or introduce a wolf population to a new habitat) and the structure, function, species composition, energy flows etc., of affected ecosystems will change dramatically. In short, one could argue that successful keystone actors acquire massive influence over the rules governing future participation, not only of the wolves, but of other species. So, how does the dynamic within human symbolic systems differ “profoundly”? Is it basically a question of self-conscious manipulation and purposeful influencing? These would be uniquely human attributes.
Fifth, in discussing neoliberalism as an example, of PSH at work, you suggest (accurately) that “…it may function as an environment that disproportionately rewards behavioural architectures optimized for symbolic competition while simultaneously weakening the influence of empathic, reciprocal, and communal constraints. In this sense, PSH attempts to provide a selection-based explanation for why certain institutional forms repeatedly emerge, stabilize, and expand.”
Again, I can agree but with the proviso that the architecture of ‘certain institutional forms’ repeats, in part, because of innate behaviours of human beings in large populations or large-scale societies—there will always be some people predisposed to exploit the architecture opaque institutions within human societies in repeatable ways, eventually enabling them to self-produce to just as you describe.
(In passing, this reminds me of the notion of ‘autopoiesis’ as advanced by Maturana and Varella. Complex living systems are self-referencing and self-producing – they are governed by endogenous rules that result in continuous self-replication and resistance to external pressures.)
Sixth, you show that “At this point, selection no longer operates exclusively on individuals. It begins operating on architectures. This represents another major extension of evolutionary thinking. Traditional evolutionary theory focuses on organisms competing within environments. PSH proposes that symbolic systems create environments capable of competing through their underlying rule structures.”
Again, I’m not so sure the distinction is that clear cut (to put it another way, you need to show why you think it is so clear cut). The idea that ‘symbolic systems’ become object of selection based on underlying rule structures is arguably analogous to the notion in evolutionary biology of group selection (see particularly David Sloan Wilson’s ‘multi-level selection theory’). As I understand it, Wilson argues that different groups can have unique behavioural and structural properties not expressed at the level of members individuals so that groups per se may become objects of natural selection. Again, the issue for the PSH is to make clarify its unique character-- what makes it a novel idea different from Sloan Wilson’s macro-level group selection, for example?
Seventh; I am intrigued by your assertion that “This is the deeper significance of institutional memory within the PSH framework. Institutions are not merely systems of coordination. They are evolutionary storage devices. They preserve successful strategies across generations and transmit them through symbolic rather than biological inheritance.”
Brilliant! And to me it begs a question about the following involution: have the the ‘heritable’ symbolic institutional structures (‘storage devices’) begun to feedback on the genetic profile of human participants over the course of human social/civilizational evolution? Is there an interaction between institutional and biological inheritance? Do our abstracted symbolic environments select for particular genotypes? In particular, is the proportion of dark triad personalities in human populations very gradually increasing?
Eighth, you argue that “If symbolic systems preserve and amplify behavioural logics across generations, then collapse can no longer be understood solely as a problem of resources, energy, complexity, or ecological limits. It must also be understood as a problem of selection.”
Absolutely and double-layered! This says to me that selection operates to favour fundamentally unsustainable institutional architectures (macro-level) which are, in turn, the product of innate (micro-level) human behavioural characteristics. In other words, PSH is a macro-level phenomenon that springs from the micro-level phenomenon that I called the ‘human maladaptation syndrome’: H. sapiens does not generate stable, sustainable societies because H. sapiens cannot generate stable, sustainable societies. It is simply not in us to be sustainable! (see: https://reeswilliame.substack.com/p/civilization-and-the-human-maladaptation in which I riff on some of your earlier posts).
Ninth, you observe that “Entire societies become organized around the avoidance of short-horizon losses. The immediate penalties associated with slowing down consistently outweigh the delayed benefits associated with ecological recovery, regeneration, or reduced throughput.”
I agree absolutely, and point out that this is the essence of temporal, social and spatial discounting. Humans favour the certain, comfortable here and now and personal relatives and friends over all alternatives. Politicians therefore much prefer to risk imposing uncertain harm on future generations of strangers in distant lands than impose definite economic grief today on their relatives, friends and constituents within their home countries.
Tenth, you note that “This distinction is important because adaptive success and long-term viability are not necessarily the same thing.”
This is an absolutely crucial point (also reflected in the human maladaptation syndrome.) Why so? As you say, “The consequence is profound. Strategies can become highly successful within the symbolic game while simultaneously degrading the underlying ecological, social, and institutional substrates upon which that game depends.
All I can say is “Yes!!” this nails down MTI culture’s (un)sustainability predicament.
That’s all for now. Thanks for a morning of engaging deep-think and rumination!
This may be an ill-formed or unclear question, in which case please say so. So I have just started exploring your work and listened to your conversation with Nate Hagens. One of the beautiful things about systems is the connectivity, and the arrival of your hypothesis in my world coincided with a pattern I think I am seeing of the widespread normalisation of unethical behaviour and harm to individuals in organisations. My recent experience is in the NHS and academia. When I reflect through my systems thinking lens, I tend to make description of behaviour neutral (no good or bad, just what it is) and yet I’m interested in the relationship between individuals and institutions and how this is considered in your view. So, practically, how do we think about the unethical individual in the context of a psychopathic institution?