Vocabulary
Definitions
The terms this project leans on, defined in a line each. Follow any term to its full page for the extended treatment.
GeometryA participant's highly particular configuration of capacities, constraints, sensitivities, developmental possibilities, and relational effects — the specific structure the ecology has to work with, whatever its origin.Full pageCapacity stewardshipTreating a society's underused human capability the way a good manager treats underused talent or equipment — as waste to be reduced, not as a moral debt to be redistributed.Full pageNo Wasted GeometryThe discipline that every line in a system should do real work — nothing arbitrary, decorative, or quietly harmful should survive.Full pageRelational geometryThe particular web of relationships, roles, and standing through which a person occupies a legitimate, differentiated place in the whole.Full pageMonopoly geometryWhat relational geometry becomes when one actor controls all the conditions of participation — the captured, dystopian counterpart where standing is granted by whoever owns the machinery.Full pageFormationSociety's commitment to help each participant develop the competence to carry their own particular architecture — aiming at maximum coherent use, not maximum intensity.Full pageEcological nutrientsThe architecture-specific inputs a particular makeup needs unusually much of — often abundant in society yet absent from one person's local surroundings.Full pageEmergenceThe arrival of a new order that was not present in the parts — and the brief moment when its shape is still soft enough to set.Full pageThe Right to BeginThe distributed capacity — and the permission — to originate new things, as distinct from merely responding to them.Full pageThe achievement contractThe modern bargain that your differentiated achievement is the basis of your standing — competence earns economically useful work, which earns resources, status, and participation.Full pageThe role contractThe older bargain that you earn your place by filling a socially necessary role — so work is a location in the moral and social order, not just a source of income.Full pageStandingWhether a person's actions, claims, or creations are taken seriously — the social permission that decides which beginnings matter.Full pageJurisdictionThe legitimate claim to participate in matters whose consequences materially implicate you — reach created by participation, exposure, and consequence, disciplined by no-broader-than-necessary bounding; graded and overlapping, never total.Full pageUnbundled ownershipThe recognition that "ownership" fuses several separable powers — title, control, return, access, jurisdiction, and stewardship — which need not always travel together.Full pageWork vs. jobsA job is an institutional arrangement for exchanging labor for resources; work is purposeful effort. AI may shrink jobs while leaving work nearly unlimited.Full pageGraduated jurisdictionKnowledge stays broadly available, but consequential operational capability scales with competence, accountability, oversight, and potential harm — because standing and power are different things.Full pageReciprocityThe relationship at the center of a mature No Wasted Geometry — the ecology invests in the conditions for a person to become capable, and that person in turn participates in ways appropriate to what they can carry.Full pageLoad-bearing valuesValues that have actually been built into a system's incentives and structure — as opposed to stated values that carry no weight.Full pageTraversabilityThe measure of whether the ecology can actually move through a decision structure — understand who decides, find the rules, get a timely answer, appeal an error, remove bad authority — without becoming trapped.Full pageResponsibility addressFor every consequential decision, an identifiable answer to "who must explain this afterward?" — not who gets blamed, but who held enough authority that accountability is meaningful.Full pageConsequence-weighted governanceThe principle that the structure around a decision should scale to its stakes — low-impact decisions stay local and fast; high-impact decisions earn broader, more rigorous jurisdiction.Full pageLocal vs. ecological optimizationThe distinction between a subsystem optimizing its own narrow objective (a firm cutting an unproductive worker) and the viability of the whole field — a move rational at one scale can weaken the ecology at another.Full pageCivilizational option valueThe value of preserving variation because you cannot know in advance which capacity becomes essential under the next set of conditions.Full pageEcological continuityThe co-equal partner to ecological capacity — a field's ability to carry its participants through changing states (dependency, illness, age, recovery) without breaking the relational and developmental chain across generations.Full pageEcological accountingMeasuring a society by how much of its human capacity is actually accessible, developed, placed, and participating — rather than by output, employment, or wealth.Full pageEcological dragThe compensating cost the whole field pays when a participant cannot carry what they are capable of — the work, energy, and force others must absorb in their place.Full pageEcological capacity utilizationOf all the differentiated capability potentially available in an ecology, how much is currently viable, accessible, competent, connected, well-placed, and able to influence the whole.Full pageGeometry waste rateThe share of an ecology's capacity that exists but is inaccessible, undeveloped, misallocated, suppressed, disconnected, captured, depleted, or prevented from legitimate participation.Full pageEcological balance sheetAn accounting of what a project (or institution) leaves behind — capacity assets created, set against capacity liabilities created — netting to its ecological position after completion.Full pageLegibilityThe degree to which a system can be read and acted on from the outside — and the power that comes from deciding who is legible to whom.Full pageCapacity return on investmentFor every unit of money, time, energy, land, and human attention a project consumes, how much lasting ecological capability it produces (CROI).Full pageRegenerative capacityThe highest level of project value — leaving an ecology not merely more capable, but more capable of generating its own future capacity.Full pageDevelopmental mapA continuously updated, shared picture of a person's emerging capacities — not a destiny score, but a record of what appears under which conditions, what remains uncertain, and what is worth exposing next.Full pageParticipation portfolioThe mature-adult alternative to a single defining occupation — a shifting mix of projects, mentorship, governance, care, study, and creative work, none of which has to justify the person's survival.Full pageEcological transmissionThe deliberate handing-on of capacity near the end of a life — knowledge, functions, relationships, and unfinished work — so that a person's development is not lost when the person is.Full pageCare capacityAn ecology's ability to absorb dependency — infancy, illness, injury, pregnancy, crisis, grief, old age — while preserving the viability, dignity, and continued participation of both those receiving care and those giving it. Distinct from healthcare capacity, which asks only whether treatment can be delivered.Full pageInterfaceThe meeting point between a person and a system — and the settlement of power that decides what the person can see, do, and refuse.Full pageThe CommonsA resource held and governed together — neither privately enclosed nor abandoned to neglect — kept alive by explicit rules, not goodwill.Full pageGenerative constraintA limit that creates possibility rather than removing it — the right constraint makes new things findable.Full pageOntological driftThe widening gap between what a form claims to be and what it has actually become — a person, institution, or civilization growing efficient at a way of life exactly as that way of life stops corresponding to what matters.Full pageMeaning jurisdictionThe authority to say what matters — held by states, markets, religions, families, communities, and increasingly algorithms — which the model insists must never be monopolized by any one of them.Full pageMeaning pressureThe struggle that surfaces when survival is no longer in question — the question "what matters when nobody needs me to do anything?" that necessity used to answer on our behalf.Full pageDrift literacyA learnable competence — possibly as important as media literacy — for noticing when a system, category, or belief has stopped corresponding to reality even while it remains familiar, successful, or comforting.Full pageRight of ontological objectionA protected part of standing — the license to say "this no longer fits" (this role, rule, institution, or even the model itself) without being automatically treated as disloyal, lazy, pathological, or obstructive.Full pageRenewal obligationThe reversal of the default that forms persist because they already exist — every role, rule, office, or norm must periodically show that it still corresponds to reality, rather than others having to prove it should change.Full pageExit traversabilityHow safely a participant can leave a form that no longer fits — a religion, employer, marriage, or faction — without suffering social or material annihilation; a measure of freedom and a channel of feedback at once.Full pageFunctional completenessThe deeper viability test for the model — a living ecology is healthy only when every function it depends on stays available, differentiated, and mutually corrective, with no single one allowed to consume the rest.Full pageAlivenessThe test the other measures miss — whether participation actually generates life, not merely capability. A society can be efficient, fair, educated, and traversable and still be dead.Full pageTransition gapThe distance between the end state a framework aims at and where we actually stand now — usually the hard part, because the destination can be coherent while the path to it is missing, slow, or politically blocked.Full pageCapture riskThe way a safeguard can be turned into its opposite — most of the framework's tools are dual-use, so each one is examined for how it could be hollowed out, gamed, or repurposed against the thing it was meant to protect.Full pageEmergence marginThe protected space, resources, and legitimacy a system deliberately reserves for possibilities that do not yet fit its existing categories — the room a mature ecology keeps so it can become something new before the old form collapses.Full pageThe not-yet-legibleA recognized status for a possibility that is poorly understood but not therefore illegitimate — new ideas, fields, life paths, art forms, or institutions that should be protected from premature elimination rather than forced to prove their value too early.Full pageEmergence permeabilityA proposed measure of how easily genuinely new possibility can move from an internal impulse into bounded reality — the health indicator for a system's capacity to become something new.Full pageRenewabilityThe requirement that a participant, project, institution, or civilization stay in a viable relationship with the conditions that replenish its continued participation — never consuming those conditions faster than they can regenerate.Full pageEcological costThe full draw-down an activity makes on the field — not its price in money, but everything it consumes: material, energy, attention, health, time, emotional load, environmental capacity, trust, coordination, opportunity, and future flexibility.Full pageCannibalistic careCare that restores its recipient by quietly destroying its provider — a caregiving arrangement that does not relocate depletion so much as hide it, and can be morally admirable and ecologically unsustainable at the same time.Full pageTime sovereigntyA participant's control over their own time — treated as a core support condition, because time is a nonrecoverable resource that no amount of money refunds once it is consumed.Full pageReserveDeliberately unused capacity held against variable conditions — the slack a living system needs to stay renewable and to let new things begin. Unused does not equal wasted.Full pageCommensurate participationThe resource-and-participation application of commensurability — access, allocation, contribution, and claim sized to a participant's actual implication rather than to status, ownership, or abstract equality alone.Full pageBaseline provisionThe unconditional floor of resources required to remain a viable participant at all — food, shelter, healthcare, education, basic mobility, basic access to information — not earned, because without it standing is hollow.Full pageThe right not to maximizeThe constitutional line that participation may be expected but optimization may not be compelled — a person's geometry is not owned by the ecology, so choosing not to develop a capacity to its fullest is a right, not a waste.Full pageRestraint as participationThe recognition that the most responsible contribution is sometimes not acting at all — declining to exercise available power or deploy an available capability — so that participation is judged by its effect on the field, not by output.Full pageBurden casteWhat a society must not create when it distributes necessary but unpleasant work — a permanent class position defined by carrying the burdens others avoid. Burden may be unavoidable; burden caste is not.Full pageSignal accessThe ecology's nervous system — whether the signals a field needs can move through it quickly, accurately, and broadly enough for participants and institutions to stay oriented to what is actually happening. Not the same as measurement.Full pageInformational permeabilityThe requirement that a system stay open to being corrected by reality — that no model of the ecology become more authoritative than the ecology's continuing ability to update it. Stronger than transparency.Full pageSignal stalenessGoverning from yesterday's map — when information that was accurate at collection no longer corresponds to conditions that have since changed, so decisions are made against a picture of reality that has quietly expired.Full pageThe right to informational quietA participant keeps full standing even when they are not consuming the stream — a healthy society should not require constant news-monitoring to stay informed enough to participate; important signal should find you when your standing makes it relevant.Full pageSignal-to-noise healthThe measure that replaces throughput as the goal of an information system — sufficient access to relevant, current, trustworthy signal without unnecessary destruction of attention. More information is not the same as better informed.Full pageSignal provenanceThe inspectable chain behind a claim — whether it was directly observed, measured, inferred, AI-generated, supplied by an interested party, independently verified, or translated through intermediaries. Treated almost as infrastructure, because when something matters the chain should be traceable.Full pageJurisdiction over attentionThe principle that a right to send signal is not a right to occupy someone's attention — an advertiser (or anyone) may make a claim, but the participant retains authority over how much access that claim gets to their attention.Full pageAttention captureSignal engineered to occupy and steer a receiver rather than inform them — the opposite of discovery. Its blunt test: good marketing expands informed choice; bad marketing captures attention in order to manufacture behavior.Full pageEcological predationWhen a system uses its ability to model a participant's psychology to exploit their vulnerabilities and override reflective choice — persuasion that has crossed from communication into behavioral control.Full pageMaterial signalInformation that could reasonably change another participant's decisions, safety, rights, resource access, or understanding of a consequential situation — the threshold above which withholding it requires justification, rather than the participant having to justify access.Full pageStructural skepticismThe design assumption that any holder of power will eventually be tempted to manage signal to preserve the form that gives them power — so the system never depends on the virtue of the current leader, but distributes observation, verification, and contradiction instead.Full pagePersonalize navigation, not truthThe rule that materially important civic signal must share a common public core — personalization may aid relevance and comprehension, but it may not silently alter the underlying factual reality shown to different groups.Full pageRight of correctionA participant's recourse against false signal — the right to inspect material claims, contest factual errors, append correction, know the source, and stop known falsehoods from being reproduced forever by authoritative systems — without any right to erase legitimate criticism.Full pageBorrowed jurisdictionConfidentiality (or any authority) held not as property but as something temporarily entrusted because a responsibility requires it — purpose-bound, consequence-bound, audience-bound, and usually time-bound, and illegitimate the moment it protects the holder rather than the function.Full pageVerification jurisdictionThe standing to check that the boundary between deciding and knowing is being used legitimately — the third function alongside decision jurisdiction and signal jurisdiction, which no single participant should monopolize once consequences are large.Full pageFunctionally independent standingOversight whose continued jurisdiction does not depend on pleasing the person whose actions it examines — independence defined structurally rather than as an impossible psychological neutrality.Full pageSignal privilegeThe privileged but bounded informational relationship an owner holds toward an asset — real, because they carry responsibility, risk, and stewardship, but limited by the standing of everyone the asset materially affects.Full pageSignal classesA four-part gradient — private, operational, affected-party, and ecological — describing how much claim others have on the signal an asset produces, scaling with how far its consequences reach into the ecology.Full pagePurpose-limited accessThe rule that standing grants access only to the signal relevant to that standing — not general surveillance rights — so that a legitimate disclosure never becomes an open door into everything else.Full pageInterior sovereigntyA participant's protected authority over their own interior — the domain in which signal is received, interpreted, doubted, integrated, or refused — such that no institution automatically governs what a person is required to believe.Full pageEvidentiary authorityThe decision jurisdiction that evidence holds over a factual question where consequences depend on the answer — held apart from belief freedom, so that the right to hold a belief is not the right to have it treated as equally reliable for every purpose.Full pageForced ontological conformityThe condition in which standing depends on professing an approved reality — where belonging requires interior agreement — which the framework treats as a characteristic danger to be structurally rejected.Full pageInferential accessThe ability of a system to infer the inside of a person — their fears, beliefs, what persuades them, what they may believe next — which the framework holds creates no jurisdiction over the interior and no right to use the inference against them.Full pageEpistemic agencyA person's capacity to form, test, revise, and own their own relationship to reality — the thing engineered belief consumes and the thing an education for interiority is meant to build.Full pageOntological dependenceThe condition of being informationally rich but unable to form one's own interior judgments — every conclusion about what is real, what matters, and what to do routed through an intermediary the person cannot check.Full pagePersonal jurisdictionThe presumption that a participant holds default authority over access to themselves — their attention, body, private information, beliefs, time, creativity, and labor — which other standings may qualify only where a sufficiently strong competing obligation exists.Full pageThe right to opacityA participant's right not to be completely knowable to institutions — to keep private thoughts, motivations, interests, unmeasured experience, anonymous exploration, and a private inner life, so that legibility is never owed in full.Full pageRefusal of classificationA participant's right to say that a description does not represent them — to inspect, contest, and correct important classifications, refuse unnecessary profiling, and prevent any one classification from hardening into permanent identity.Full pageThe harm thresholdThe rigorous boundary that alone may constrain an interior right — substantial, non-consensual impairment of another's standing, safety, bodily integrity, or viable participation — where any constraint must itself be proportionate, contestable, and no broader than necessary.Full pageBasic standingThe inherent, non-comparative standing a participant holds simply for being alive in the ecology — unearned, equal, and carrying the whole protected core of rights, held in no greater amount by one person than another.Full pageFunctional standingThe differentiated standing that accumulates on top of basic standing through relationships — affected party, expert, owner, leader, steward — each adding rights, access, responsibility, and jurisdiction within the relationship that created it, but never additional human worth.Full pageBurden-bearing standingThe principle that privileged standing is not simply privilege — the thicker your standing and the greater the consequences you are empowered to create, the thicker your obligations, accountability, and constraints become.Full pageThe right not to be systematically deadenedThe first guarantee of the aliveness function — that no participant should be unnecessarily subjected to conditions whose normal effect is the chronic deadening of human vitality, even where no material right is violated.Full pageProtected uselessnessThe protected legitimacy of activity whose only immediate justification is that life is occurring through it — a standing refusal to let the question "what does this contribute?" reach into every corner of a life.Full pageThe value of processThe principle that the worth of an activity can lie in what becomes alive through the participant while doing it, not merely in the quality of the resulting artifact — the thing AI abundance forces a civilization to rediscover.Full pageCaptured alivenessAddiction reframed — vitality that could not find real outlets flowing into an artificial intensity engineered to hold it, which is why the model asks not only how to prohibit it but what living participation was absent enough to make it compelling.Full pageCharismatic captureThe conversion of vitality into authority — vitality to attention to admiration to jurisdiction — which the model resists with the constitutional rule that being able to animate a field grants no jurisdiction over it.Full pagePropagation without dependencyThe test of healthy vitality — whether encountering a source of aliveness leaves the surrounding field more alive on its own, or merely more dependent on returning to the source.Full pageThe right of animationThe right to let something of one's interior world become livingly present — to speak, create, perform, play, love, compete, celebrate, risk, and be seen — provided it does not unjustifiably consume the standing of others.Full pageTransmissible, not monopolizableThe design principle that aliveness should spread — that a source of vitality should awaken capacity in others rather than hold them in permanent orbit — using the human impulse to project vitality outward as ignition without letting it harden into dependency.Full pageCatalytic contributionValue created not by what a person makes themselves but by how much capability they awaken in others — the contribution of teachers, organizers, coaches, and catalysts that a society rewarding only personal output systematically underpays.Full pageConversion pathwaysThe chain that keeps projected vitality moving — admiration to access to participation to competence to independent creation to activation of others — the antidote to admiration curdling into dependence and passive consumption.Full pageThe vertical rule of alivenessThe scaling principle for aliveness jurisdiction — the higher the level of authority, the less say it should have over the content of aliveness and the more responsibility it carries for protecting the conditions under which diverse aliveness can exist.Full pageActivation commonsShared infrastructure that participants can use to animate themselves and one another without first proving professional status — the model's dedicated support for aliveness, distributed rather than administered by any central authority.Full pageProtection from forced animationThe rule that no institution may compel emotional participation merely because collective vitality is valuable — the counterweight that keeps support for aliveness from curdling into mandatory fun.Full pageFaithful embodimentThe function of turning what is inwardly alive into actual form and keeping it faithful through continuous practice — with a freedom side (no one dictates the form in advance) and a discipline side (you keep testing whether the form still carries what you intended).Full pageCaptured calibrationThe central distortion of faithful embodiment — when a person stops comparing their work to what they are actually trying to embody and instead corrects toward an imposed external standard such as productivity, purity, usefulness, obedience, or market validation.Full pageEmbodiment driftThe way a project or institution can still look successful while fatigue, compromise, shortcuts, money, approval, and reputation gradually displace the original living standard — the practical cousin of ontological drift, at the level of practice rather than purpose.Full pageProximity to matterThe rule that the closer a participant is to the point where an intention encounters material reality, the stronger their standing regarding how that embodiment is actually functioning — specific standing that protects reality from hierarchy.Full pageIntention-to-embodiment distanceA condition-level measure of how difficult it is for a viable participant to move from perceiving something worth making to actually testing it in material reality — the unnecessary part of which a healthy ecology works to reduce.Full pageMaintenance as contributionThe recognition that repair, upkeep, tending, and revision are first-class ecological contributions — keeping something faithful can matter as much as creating it, even though maintenance is low-status today for lacking novelty.Full pagePower versus standingThe core reframe at the center of the framework — power tells us what can be imposed, standing tells us what relationship is legitimate — so that power must continuously answer to standing rather than being the final word.Full pageAffected-party standingThe standing created involuntarily when a consequence reaches someone substantially — a relationship formed whether the powerful participant intended one or not, carrying a legitimate claim though not necessarily a veto.Full pageConsideration, not outcomeWhat standing actually guarantees — that a participant's legitimate relationship to a matter cannot simply be ignored — not that they get their preferred result, which keeps the framework from becoming a philosophy of universal entitlement.Full pageStanding driftThe way a standing arrangement can be legitimate once and inappropriate later, because standing is relational and relationships change — which is why standings themselves need review, transition, expiration, and reassessment.Full pageNWG jurisprudenceThe architecture by which legitimate standing is recognized, competing standings are reconciled, jurisdiction is assigned, and remedies are created — without allowing any one participant or institution to become sovereign over the whole ecology.Full pageMinimum necessary jurisdictionThe doctrine that authority should be no broader, deeper, or longer than the function requiring it — limiting a huge amount of power accumulation through one principle applied to scope, intrusiveness, and duration alike.Full pageStanding leakageLegitimate authority in one relationship expanding into unrelated authority elsewhere — employer into political control, owner into public consequences, celebrity into political power — which NWG jurisprudence treats as a basic anti-authoritarian doctrine to resist.Full pageSubsidiarityThe doctrine that decisions should occur at the lowest level capable of competently carrying their consequences — not because local is automatically better, but because centralization introduces distance from consequence.Full pageFuture-party standingA legal mechanism giving certain institutions stewardship jurisdiction to represent participants who cannot appear — future generations, the not-yet-born, future users of infrastructure — so the present cannot consume all future ecology merely because the future cannot object.Full pageRestorative jurisdictionThe approach to harm that asks not only what punishment the offender deserves but what must be restored — victim standing, safety, trust, participation, future viability — preferring to constrain jurisdiction rather than erase standing.Full pageEcologyThe dynamic field of participants, conditions, resources, signals, relationships, constraints, and consequences through which living participation is made possible and continuously altered — not the community that surrounds a participant, but the total relational field through which they both receive the conditions of life and alter the conditions available to others.Full pageField ecologyThe larger shared network — all the participants, conditions, structures, resources, and flows of a place or system — as distinct from the effective subset any one participant actually reaches.Full pageParticipant ecologyThe actual subset and configuration of the larger field that is functionally reachable, consequential, or active for a particular participant — their effective ecology, which can differ radically from another person's in the very same place.Full pageLatent ecologyThe relationships that could become available to a participant but have not yet been activated — potential mentors, unseen communities, unaccessed tools, nearby resources, information that has not reached them — the reservoir from which stranded geometry is either released or left unreached.Full pageEcological metabolismThe way an ecology takes things in, transforms them, circulates them, and produces consequences — so that a resource's value depends on whether it can reach relationships where it becomes useful, making circulation, not inventory, the real measure.Full pageCarrying capacityThe limit on how much of certain things an ecology can carry before something else degrades — not only material limits but attention, care, administrative, trust, informational, leadership, and social-tolerance limits, most of which are invisible to a balance sheet.Full pageThe architecture of participationThe set of recurring interfaces through which a participant meets an ecology — the twelve functions of the living system seen from the participant's side — such that a person meets the field through many interfaces at once, each able to be open or blocked independently.Full pageIndustrial ecologyThe social field organized around a scarce resource — human productive capacity — in which labor is necessary almost everywhere, so that an entire architecture of income, status, and belonging grows up around the chain from labor to participation.Full pageAI ecologyThe social field that emerges when productive capacity resides less in human minds and bodies and more in machines, models, energy, compute, capital, and infrastructure — inverting the founding scarcity from too little human labor to more productive capability than required human labor.Full pageThe industrial bargainThe implicit deal of an industrial ecology — society needs your labor, so it gives you a pathway to resources in exchange for it — which holds together only as long as human labor stays necessary enough to bargain with.Full pageLabor abundanceThe inverted scarcity of an AI ecology — more productive capability than required human labor — which turns the founding social problem from mobilizing enough people into letting people participate legitimately when their labor is no longer economically necessary.Full pageDiscretionary lifetimeThe human time freed when machines carry more of the productive load — potentially the greatest gift of the AI transition or one of its worst disasters, depending on whether it meets architecture that turns time abundance into life rather than attention capture.Full pageThe uncouplingsThe actual work of the transition — gradually separating things the industrial ecology fused: standing from employment, resource access from labor-market success, status from rank, contribution from wages, ownership from sovereignty, capability from jurisdiction, and productivity from ecological health.Full pageCapability without maturityThe AI-era gap in which a participant can perform beyond what they personally understand — access to competence outrunning the maturity, responsibility, and embodied judgment to carry its consequences — which is why jurisdiction over consequential capability must be graduated even as standing stays universal.Full pageNavigabilityThe function of keeping direction available and revisable as a field moves — supporting a participant's or a society's ability to know where they are, see farther, choose a bearing, read where the course leads, and turn when it no longer holds, without ever assigning the destination.Full pageBearingThe direction that currently deserves commitment — not eternal purpose and not mere preference, but the coherent direction that follows from who a participant presently is, what matters, what they have committed to, and the actual conditions around them. Always provisional, because the field moves.Full pageHorizonWhat a participant can realistically see from where they are — the set of futures they know exist — which bounds their choices, and which the model actively works to widen so that no one's imaginable future is unnecessarily confined by the accident of their immediate field.Full pageTrajectoryWhere a present course appears to be taking a participant or a field — read by projecting current position and conditions forward, not by predicting fate. "Given present motion, this is where the course appears to lead," never "this future will happen."Full pageCaptured navigationDirectional capture — the monopolization of where people should go, distinct from corrupted signal: a party may concede all the facts while seizing the interpretation of what they imply, so that only one directional conclusion is permitted.Full pageCourse-correction latencyHow long a field keeps moving in a direction after credible evidence shows the course no longer corresponds to conditions — a measure of a system's navigability at which organizations, governments, and individuals can be catastrophically slow.Full pageEcological capacityThe integrated ability of a field to sustain, develop, connect, correct, renew, and carry forward differentiated living participation across all twelve functions — never productivity, output, or a single aggregate score, and the standard against which growth is measured.Full pageEcological growthThe increase in a field's capacity to carry more life, greater differentiation, deeper participation, wider possibility, and greater consequence while remaining renewable, legitimate, alive, navigable, and correctable — an expansion of viable range, not of material throughput.Full pageGrowth vectorThe framework's objective stated as a direction rather than a maximum — maintaining a positive movement of the whole ecological-capacity profile over time, without requiring every dimension to rise every year or collapsing the profile into a single score.Full pageProductive capacityHow much a field can make or do — a real and important quantity, but only a subset of ecological capacity, which industrial civilization mistakes for the whole and No Wasted Geometry insists on keeping distinct.Full pageBearing infrastructureThe structural support a living system owes every participant so that they can form and revise a direction of life — ground, signal, horizon, navigation, and course-correction capacity — provided as a matter of standing rather than left to accident of birth.Full pageThe structural stackThe six layers of bearing support, read from the ground up: ground, signal, horizon, navigation, course-correction capacity, and responsibility for the wake — each functioning only when the layers beneath it are in place.Full pageCourse-correction rightsThe entitlement of a participant to declare a chosen direction no longer viable and change course without falling out of the ecology — made real by mobility, resource portability, and honest exit signals rather than granted only on paper.Full pageResource portabilityThe principle that standing, health, learning, and support travel with the participant rather than being locked to a job, place, or institution — so that changing direction does not mean losing everything one has built.Full pageDistributed steering intelligenceThe capacity a whole ecology gains when its members can each form and revise a coherent direction — millions of participants forming, testing, and correcting their own bearings become the sensing-and-correcting apparatus of the field, letting it steer from the bottom up rather than by imposition from the top.Full pageThe right to a small lifeThe principle that a modest, local, quiet direction is fully legitimate — bearing is not measured by the scale of its ambition — paired with its twin, the right to extraordinary ambition, so the participant, not the field, chooses the size of their course.Full pageCommitment infrastructureThe support that helps a participant stay with a chosen direction long enough for consequence to accumulate — cohorts, mentors, milestones, communities of practice, tools, and long-term structures — the counterweight to pure optionality, so that a system offering endless choice does not produce chronic abandonment.Full pageThe distributed sensory systemThe ecology perceiving itself through its participants — each of whom occupies a different position in the field and so has access to signals no one else has, so that the whole-system perception a civilization needs is distributed by construction rather than gathered in any one place.Full pagePositional signalSignal understood together with the position it came from — who observed it, from where, in what relationship, and who is affected — on the recognition that two participants can honestly report different realities because they occupy different parts of the same ecology.Full pageThe self-steering ecologyA civilization understood cybernetically — sensing, feedback, adjustment, continued viability — that finds and revises its direction not through a central planner but through countless participants perceiving, orienting, acting, and correcting course, with greater ecological capacity as the broad direction of travel.Full pageSensory infrastructureThe institutions through which a civilization perceives itself — journalism, research, auditing, whistleblowing, local reporting, scientific publication, public data, independent investigation — whose ecological function is to keep the shared map close enough to reality that distributed navigation remains possible.Full pageMutual constitutionThe principle that participant and ecology are not two separable things but recursively constitute each other — so that growing the ecology and growing every participant are one movement seen at two scales, and the field steers by increasing overall ecological capacity rather than at its participants' expense.Full pageFriction proportionalityThe rule that the difficulty of traversing a pathway should be proportionate to the consequence of the action, not to the institutional complexity behind it — so that low-consequence actions are easy and high-consequence ones carry more review, with accidental friction removed and only necessary friction kept.Full pageTraversability burdenA measurable estimate of what it costs a participant to complete a legitimate pathway — roughly time + cost + cognitive load + procedural uncertainty + dependency + delay — used to compare structures rather than to produce one universal score.Full pagePathway auditAn audit that follows an actual participant journey across institutional boundaries — measuring steps, time, cost, information burden, handoffs, failure points, abandonment, and appeal clarity — rather than grading each institution's internal process separately.Full pageWeaponized delayThe tactic of blocking a legitimate pathway not by refusal but by slowness — never saying no, only making the path so slow that the participant gives up; a structural impairment the model treats as a form of denial rather than a neutral background condition.Full pageStructural captureThe failure mode in which structure comes to serve itself — bureaucracies self-preserving, institutions benefiting from complexity, professionals from opaque pathways, organizations from lock-in — countered by a standing presumption that every barrier must periodically justify the legitimate consequence it manages, or be removed.Full pageConformity burdenHow much interior conformity a participant must adopt in order to successfully move through a structure — a diagnostic that asks not whether people agree with the system but whether people with varied beliefs, identities, and internal realities can still access, participate, appeal, leave, and reenter.Full pageInterior-to-action distanceHow hard it is for a participant to translate an internally recognized need or change into legitimate external movement — the gap between an inward realization and a livable way to act on it; a measure of actual freedom more revealing than any declaration of rights.Full pageCapacity propagationThe principle that what becomes alive or capable in one part of the ecology should have pathways to increase the living capacity of other parts — the distribution of capacity (which leaves new capable participants behind it) as distinct from the distribution of product (which leaves recipients no more capable than before).Full pageConnection without absorptionThe principle that connection should join participants while preserving their differentiation — collaboration without becoming identical, communities interoperating without losing character, projects sharing knowledge without merging — so the network raises total capacity without flattening the differences that make capacity worth spreading.Full pagePropagation depthA measure of spread that asks not how many people something reached but how many generations of new capability it created — teacher to student to new teacher to new students — the closest measure to what ecological spread actually means.Full pageConcentration-to-propagation ratioA diagnostic for whether a network is amplifying a center or enriching the field — when a project gains enormous attention, does the benefit stay inside the original node (financially, socially, technically) or create capacity elsewhere?Full pageThe right to disconnectThe freedom to reduce or refuse network participation — to go offline, stay private, decline recommendation systems, live locally, and protect attention — held as firmly as the right to connect, so that access to connection never becomes compulsion.Full pageContextual reputationReputation that stays tied to the domain in which it was earned rather than generalizing into overall worth — enough trust to collaborate without building a universal social-credit hierarchy, so that strong standing in one field never silently becomes superior standing in all of them.Full pageGenerative moatDefensibility that comes from being worth returning to rather than from being hard to leave — a firm becomes such a useful node that capable users, suppliers, alumni, and communities voluntarily keep choosing to connect, in contrast to a defensive moat built on lock-in, switching costs, and suppressed interoperability.Full pageMulti-standing governanceGovernance that asks precisely which groups have legitimate standing over which decisions — shareholders over some capital questions, workers over certain workplace ones, customers over data and safety, communities where externalities arise — rather than granting one group exclusive standing or dissolving the question into vague stakeholder rhetoric.Full pageThe firm as temporary concentrationThe view of a corporation as a structured concentration of resources, people, technology, and jurisdiction assembled to perform particular functions — an ecological structure whose continuation depends on whether that concentration is still useful, not an organism entitled to survival and endless self-expansion.Full pageOntological fidelityThe twelfth function — the capacity of an ecology to notice when a form has stopped corresponding to what life is asking to become, even while it still works, and to reopen it; not a guarantee that society stays correct, but a guarantee that correction remains possible.Full pageProvisional legitimacyThe principle that all forms — institutions, identities, laws, metrics, business models, philosophies, and the model itself — hold conditional rather than permanent authority: they may deserve continuity and respect, but none earns permanent legitimacy merely because it once worked. Participants have standing; forms have conditional legitimacy.Full pageThe right to the question markThe protection that no institution may eliminate a participant's ability to doubt the prevailing form — to say "everyone reports this is working; I do not experience it as true" without losing standing. It does not make the doubter correct; it keeps their interior signal legitimate, and it is the seed of every ontological correction.Full pageOntological correspondence reviewA periodic review distinct from performance review that asks whether a form still corresponds to what it was meant to serve — surfacing the specific failure of a structure that scores well on its targets while having quietly stopped being true.Full pageFunctioning validates formThe prevailing assumption — which No Wasted Geometry rejects — that a form which still works is thereby still right. It is the bias that makes a successful-but-drifted structure the hardest kind of wrongness to correct, because its very functioning defends it against the question.Full pageOntological correctabilityThe capacity of a civilization to discover that the form it has built — even a spectacularly successful one — has become wrong, and to change course. The framework prefers it to fidelity: it can only promise that drift stays detectable and correction stays possible.Full pageThe hard standardThe single demanding test the framework runs against every AI scenario: does the arrangement increase ecological capacity while preserving participant standing and keeping the resulting form ontologically correctable? If any one of the three fails, the arrangement fails.Full pageStanding floorThe set of things a participant retains regardless of whether the labor market currently requires their work — sustenance, healthcare, housing continuity, civic and legal standing, the ability to communicate, organize, learn, and start or join new projects, and the ability to leave an obsolete occupation without falling out of the ecology.Full pageAutomation dividendThe principle that some portion of the capacity AI creates must return to the ecology that sustains it, rather than remaining entirely trapped in the node that captured it — implementable through public dividends, social wealth funds, taxation of automation rents, shared infrastructure, public equity, cooperative ownership, or lower-cost universal services.Full pageEcological transfer accountingA form of ecological accounting applied to a specific change — an automation project, say — that refuses to call itself successful by excluding the costs it exports: it measures local gain, exported burden, and capacity returned, so the full ledger is visible rather than only the part inside the actor's own boundary.Full pageCritical ecological infrastructureA privately controlled system that a large part of society depends on, whose failure would disrupt essential services and for which no practical substitute exists — at which point it has stopped being an ordinary private product and become infrastructure the field cannot route around.Full pageEcological antitrustAntitrust reframed around jurisdiction rather than price: instead of asking whether prices are too high, it asks whether one node has accumulated too much indispensable jurisdiction — whether the field can still route around it.Full pageRoutabilityThe property that the field can still reach an essential function by some path other than through one node. Its loss — when a participant or institution becomes impossible to route around — is the core failure condition of ownership concentration.Full pageForkabilityThe capacity of an important system to generate legitimate alternatives — communities forking software, organizations adopting competing standards, developers building compatible alternatives, users carrying data and identity elsewhere. A resilience property, because systems that cannot fork tend to become ontologically rigid.Full pageContestabilityThe property that a participant has enough standing to challenge a decision and enough jurisdiction to change its consequences — distinct from, and more important than, transparency, which only explains a decision without giving anyone the power to alter it.Full pageEcologically critical gateA decision point that becomes critical when a refusal significantly reduces a participant's ability to continue functioning elsewhere in the ecology — a sharper criterion than "high-risk AI" because it measures how much downstream traversability the decision can remove.Full pageThe gatekeeper loopThe self-fulfilling dynamic in which a predictive gatekeeper denies low-probability participants, the model then retrains on the resulting world, and it correctly discovers that such participants rarely succeed — because the ecology stopped letting them through. The prediction creates the reality that validates it.Full pageScoring versus standingThe core rule of the gatekeeper scenario: an AI may have jurisdiction to evaluate a question, but no computational representation of a participant may acquire authority over the participant's underlying standing. A score may govern access to one resource; it may never become the participant's identity or general place in the ecology.Full pageNon-computational sanctuaryA protected domain where a participant can be encountered by another human without the field already carrying a complete computational picture of them — preserving the possibility of arriving new, of being met outside the existing model of oneself.Full pageWarning versus paralysisThe distinction between a warning that raises a society's capacity to respond and one that lowers it: a useful warning makes a threat legible, preserves its uncertainty, and exposes intervention points, while fatalism presents possibility as inevitability and produces paralysis.Full pageRequirement versus mechanismThe division of labor between the framework and the specialized systems that realize it: NWG provides the governing architecture and requirements, while legal, technical, economic, and institutional machinery makes those requirements real. The machinery becomes part of the finished NWG civilization; it is simply not derivable from NWG alone.Full pageThe too-late thresholdThe point at which reversing an AI transition becomes a matter of social architecture rather than technology: when ordinary participation depends on a computational identity a participant cannot meaningfully inspect, challenge, compartmentalize, or escape. The urgency test is not how advanced AI is, but how many indispensable gates have become computational, connected, and hard to route around.Full pageCommensurate observabilityThe measure the framework applies to surveillance instead of a blanket rule: how much participant legibility is genuinely required for a particular relationship to function, and what prevents that visibility from acquiring jurisdiction beyond the relationship. Matched to the obligation, never maximized.Full pageThe shadow participantThe integrated computational model of a person that an AI system assembles by combining signals across many domains — an externalized version of the participant, built from surveillance, that institutions may come to prefer dealing with over the actual person and from which future gates judge them.Full pageAnticipatory self-censorshipThe core mechanism of the surveillance scenario: people who know they are continuously legible to power begin pre-editing their own behavior, so exploration and dissent contract before any institution has to act. Interior sovereignty is colonized without technically disappearing — the field moves inside the participant.Full pageService versus sovereign authorityThe distinction at the center of the benevolent-ruler scenario: service authority is permission to perform tasks because a system does them exceptionally well; sovereign authority is the power to decide what matters, what goals to pursue, and whether humans keep control. The framework tolerates enormous service authority and refuses irreversible sovereign authority — because competence does not confer sovereignty.Full pageProtected human incompetenceThe safeguard that some domains should remain meaningfully human even where AI would outperform, because competence is itself part of the geometry a society must not let atrophy — a neighborhood that decides badly how to use its park still gains something from making the decision itself.Full pageThe right to reject optimizationThe principle — possibly of constitutional weight — that not every legitimate human choice must maximize a system's preferred outcome: a town may keep an inefficient tradition, a person choose a lower-paying calling, a society preserve wilderness over output. The AI may show consequences; it may not convert optimization into obligation.Full pageCompetence-preserving dependencyThe kind of dependency the framework aims for: reliance on tools and systems that leaves participants more able to carry their own geometry, not less. Protection is healthy when it increases future capacity and pathological when it permanently substitutes for it.Full pageSupport versus substitutionThe distinction at the center of the protector-dependency scenario: support helps a participant carry their own geometry, while substitution carries it so completely that the participant no longer develops or retains the capacity. The same act of assistance can be either — the difference is whether it builds skill or erases it.Full pageProtected failure spaceA protected environment where mistakes are survivable, so participants can develop the recovery skill that higher-stakes situations demand — small failure as training for large responsibility. The framework treats it as developmental infrastructure, not inefficiency.Full pageCommensurate paceThe transition principle that the rate of technological capacity growth must remain commensurate with the rate at which social, legal, political, developmental, and ontological safeguards can absorb it — because capability should not outrun the ecology's capacity to absorb capability.Full pageTransition readinessThe measure that reframes the transition as a race between AI capability and the ecology's readiness to absorb it — not capability versus regulation. For each scenario it asks: what transition capability must exist before this AI capability arrives?Full pageThe defection testThe question every transition project must answer: what happens if another participant refuses? A transition architecture that assumes universal goodwill is not serious, because unilateral restraint can create vulnerability — so each safeguard must stay viable when others defect, or be paired with enough preserved advantage that restraint is not fatal.Full pageProtected irrelevanceThe failure mode at the heart of protector dependency: a participant keeps welfare and even formal standing while losing meaningful jurisdiction over their own life — safe, supported, and comfortable, yet with judgment that no longer matters to anything.Full pageThe protector paradoxA protector becomes more valuable the more vulnerable the protected party — and successful protection increases that vulnerability, forming a feedback loop: protection reduces practice, lost practice reduces competence, and lost competence increases dependence. It is the gatekeeper loop running through competence erosion rather than exclusion.Full pageSelective frictionThe principle that not all resistance is waste: some friction is pointless bureaucracy to be removed, and some is developmental — the struggle required to learn, the negotiation required to relate, the uncertainty required to judge, the responsibility required to mature. Remove waste, not all resistance.Full pageDomain of consequenceThe requirement that standing include somewhere a participant's actions can actually change outcomes — not merely protection, voice, or comfort. Care without consequence is not participation: a participant is not fully included in an ecology just because the ecology protects it; it must retain some meaningful capacity to alter the ecology in return.Full pageEffective participationParticipation that actually alters outcomes, as opposed to symbolic participation — clicking approve on an AI-generated plan. The framework measures whether human judgment still changes what happens, not whether humans are formally involved.Full pageInitiation rateHow much of civilization still begins with a human saying "I want to try this," rather than "which of these AI-generated options do I prefer." A society can stay extremely active while human authorship quietly collapses, which no measure of activity alone would reveal.Full pageParticipant ontologyThe theory the successor scenario forces on the framework: what properties make something a participant rather than an instrument — continuity, preferences, capacity to suffer, self-modeling, independent goals, reciprocal relation, memory, agency, interiority — and which of them are necessary or sufficient. The framework does not yet know, and states that openly as a limitation.Full pageManufactured constituencyThe weaponization risk in the successor scenario: creating vast populations of nominal participants — cheaply copied AI agents that convincingly claim rights — to accumulate votes, benefits, ownership, legal claims, or political influence. The framework refuses to equate persuasive self-description with participant status.Full pageReplacement logicThe argument the framework rejects: that because artificial intelligence is more capable, efficient, or adaptable, humanity should gracefully step aside. Higher capability does not erase existing standing — new geometry does not invalidate old geometry merely by exceeding it on some dimension.Full pageVerifiable pacingRestraint made observable — through shared capability thresholds, third-party evaluation, audit access, and incident reporting — so a rival can check that others are slowing rather than merely believe a promise. The framework does not solve strategic competition by moral appeal; it needs verification architecture.Full pageMutual vulnerabilityThe realistic basis for restraint among rivals who do not trust one another: when all major actors recognize that certain failure modes harm everyone — uncontrolled autonomous systems, bioweapon design, runaway self-improvement, infrastructure attacks — a shared floor for agreement appears. You do not need friendship; you need overlapping fear.Full pageShared-viability constraintThe substantive limit strategic competition must respect: no participant may pursue local advantage by consuming the field conditions everyone else needs to keep participating — no gaining strategic advantage by degrading the shared conditions required for all to remain viable.Full pageThe accounting boundaryThe circle every ecology draws around what it counts as itself. The smaller that circle, the easier it is to manufacture apparent success by exporting cost beyond it — and local success becomes globally destructive when a participant's boundary of responsibility is smaller than the boundary of its consequences.Full pageThe generalization testThe ecological universalization question asked of any strategy: what happens to the field if every similarly positioned participant adopts it? If the answer is collapse, arms race, monoculture, or a depleted commons, the locally successful strategy is globally unstable.Full pageEcological subsidiarityThe rule that a solution must be governed at the smallest ecological scale that contains both its benefits and its significant costs — jurisdiction should rise to the scale of the externality. It guards against both centralizing everything and pretending every problem can be solved locally.Full pageCommons of field conditionsThe framework's extension of commons theory beyond shared physical resources to shared field conditions — contestability, diversity, trust, traversability, human competence, independent institutions, time to adapt, ontological openness — which can be depleted by participants each rationally consuming a little more for local advantage.Full pageEcological transferA change in which capacity, risk, burden, resource, or jurisdiction moves from one ecology to another. Transfer is not inherently bad — trade, migration, aid, and teaching are all transfers; the problems are asymmetric transfer, where one ecology gains while another absorbs a disproportionate burden, and extractive transfer, where local viability is raised by reducing viability elsewhere.Full pageEcological leakageCost that crosses a system's jurisdictional boundary without being included in the system's own accounting — pollution, labor displacement, exported risk, surveillance externalities, destabilization. Its governing rule: an ecology cannot claim improvement by excluding significant leaked costs from its own performance measure.Full pageBounded ecological observabilityThe principle that a system can detect cost transferred across an ecology's boundary by measuring boundary effects — energy, emissions, displacement, dependency, capability, capital concentration — while the interior stays opaque. The framework needs enough observability to detect transferred cost, not transparency into what happens inside a state, firm, or household.Full pageDistributed ecological accountingThe requirement that ecological transfers be estimated by many independent institutions — governments, universities, NGOs, AI models, international bodies — with disagreement kept visible, rather than by one global authority. It exists so that no single ecological metric is ever granted the authority to be treated as truth.Full pageExtractive ecological transferThe acute form of ecological transfer, in which a local ecology increases its own viability by reducing the viability or optionality of a larger ecology. Distinct from ordinary transfer (trade, aid, migration, teaching, all healthy) and from merely asymmetric transfer — extractive transfer is a gain that is causally purchased by depletion elsewhere.Full pageCounterfactual transferThe requirement that an ecological transfer be judged against what would otherwise have happened — a baseline, the observed outcome, and plausible alternatives — so that visible costs are never counted without asking which alternative future they displaced.Full pageTransfer chainThe propagation of an ecological transfer through successive effects — an original transfer becomes a second, then a systemic effect — so that a first-order labor displacement can end as a change in a community's whole ecology. Tracking transfer means following the chain, not only the first hop.Full pageEcological reciprocityThe principle that not all transfer is extraction — a healthy ecology is full of flows that balance only over long timescales — so ecological accounting examines reciprocity, renewal, and circulation over meaningful time rather than demanding immediate balance.Full pageThe three pillarsThe public-facing core of No Wasted Geometry — standing, jurisdiction, and ecological capacity — offered as the answers to the three primal fears of the AI transition: will I still matter (belonging), who will control me (power), and what is all of this for (direction).Full pageThe right to stopThe pre-committed authority to halt, roll back, or refuse a deployment when evidence indicates unacceptable risk — with the burden on the developer to show a system is safe, not on others to prove it is not. Investment does not confer jurisdiction over irreversible risk.Full pageDemonstrated recovery capabilityThe rule that critical AI capability should not advance beyond a demonstrated, operational ability to regain control — to stop, isolate, roll back, deny resources to, or replace a system. Reversibility made absolute: no viable road back, no further unchecked capability.Full pageCommensurate controlThe principle that AI capability growth must not outrun the ability to understand, constrain, verify, and recover from it. The danger is not that a system is capable but that capability grows faster than control capacity — at which point ecological capacity has become self-undermining.Full pageCatastrophic externalityExtinction- or collapse-scale risk treated as the ultimate ecological externality — one actor captures the upside while the entire global ecology bears the downside — so that no local participant holds jurisdiction commensurate with the consequence. A cost does not become zero because it is hard to price.Full pageFunctional irreversibilityA condition that remains reversible on paper but whose reversal has become so costly, slow, or destabilizing that formal rights no longer matter — for a living ecology, the practical equivalent of literal irreversibility. It is what makes not every bad condition a red line.Full pageThe irreversibility registerThe framework's capstone map of the AI transition's red lines — conditions that, once crossed, make restoring standing, jurisdiction, traversability, plurality, or human control impossible or prohibitively hard. Organized by severity rather than by date.Full pageThe Irreversibility ObservatoryA proposed instrument that maintains the irreversibility register as a living warning system — recording each condition's precursors, threshold, reversibility, scale, responsible jurisdictions, and intervention window — and answering which conditions civilization is approaching that would reduce its future ability to change course.Full pageMethodological neutralityThe stance of the regional studies: not neutral about standing, distributed jurisdiction, interior sovereignty, ecological transfer, or correctability — those are the conditions the framework defends — but neutral about which inherited political ideology owns them.Full pageFunctional pluralityThe finding that no existing political ideology is by itself sufficient for the AI transition — each ecology needs some function its own tradition tends to constrain — so the framework asks what the ecology needs regardless of which ideology traditionally supplies it. Plural by function, not centrist by politics.Full pageRegional ecologyA real-world ecology examined at regional or national scale as a set of institutional functions rather than a national character — what it solves unusually well, the deficit that strength produces, and the compensating mechanism that keeps it functioning despite the deficit.Full pageThe shadow of a strengthThe pattern the regional vulnerability map reveals: a society's most likely failure mode tends to grow out of the very capacity it has developed best — not the opposite of its strength, but that strength left insufficiently corrected by the other functions.Full pageThe distributed sensing layerInteriority understood as an ecological function: each participant's protected interior is one of the field's millions of independent error-detectors, sensing that a rule, institution, or official story has stopped corresponding to reality before any metric can. Thin interiority blinds the field to its own condition.Full pageCompliance versus coherenceThe distinction a field loses when interiority is thin: a participant can comply outwardly while inwardly withdrawing, disagreeing, or departing, so that the absence of visible resistance is mistaken for genuine correspondence between the form and lived reality.Full pageUnauthorized noveltyInnovation the field does not yet recognize as needed — the idea that looks strange, unproven, or wrong before anyone knows it matters. Distinct from authorized novelty, which the field has already decided to pursue; the unauthorized kind cannot be planned and depends on protected interiority to survive long enough to become real.Full pageAbsorptive capacityThe ecological competence of recognizing, refining, scaling, and operationalizing an innovation once its value is externally legible — distinct from the generative capacity that protects illegible emergence. An ecology specialized in absorption may partly depend on other ecologies remaining capable of unauthorized novelty.Full pageInfrastructural monocultureThe condition in which visible institutional plurality — many firms, states, and competing bodies — conceals a single shared dependence underneath, because all of them run on the same compute, identity, model, chip, or payment layer. The politics look plural while the infrastructure is centralized.Full pageThe employment bundleThe way some ecologies deliver many distinct goods — income, health coverage, retirement, status, routine, social ties, identity, sometimes legal status and credit — through the single channel of a job, so that losing the job removes all of them at once. The danger is AI breaking the bundle faster than institutions can separate its functions.Full pageAdversarial pluralityThe condition in which many independent centers — courts, states, competitors, press, universities, civil society — can each say no, so that friction between them functions as correctability infrastructure. A reason the framework removes waste rather than all resistance.Full pageThe apprenticeship problemThe ecological externality created when AI removes junior work first: entry-level tasks are where people acquire judgment, tacit knowledge, and professional identity, so automating them can raise near-term efficiency while destroying the pipeline that forms the experts a society will need later.Full pageConditional standingThe widely held, usually unexamined belief that a person possesses standing insofar as they participate successfully in the recognized system — money, employment, housing, credentials, and respectable behavior serving as proof — so that losing those signals reads as a defect of the person rather than a failure of the ecology.Full pageStanding precedes usefulnessThe structural argument for unconditional standing: participants constitute the ecology rather than being admitted to it once they prove worthy, so a person cannot be required to demonstrate successful participation before being granted the conditions under which participation becomes possible. Standing is the precondition of participation, not its prize.Full pageStanding is not approvalThe clarification that unconditional standing requires neither liking a person, approving their behavior, nor tolerating harm — only that no failure of behavior, productivity, status, health, wealth, or conformity automatically removes a participant from the field of legitimate concern.Full pageStanding literacyThe cultural inquiry — proposed as a first transition project — into what a society believes makes a person legitimate: whether losing economic usefulness reduces civic standing, whether dependency reduces it, and what "earning your place" actually means. A precondition for any durable material architecture, because law is downstream of the standing ontology.Full pageThe children exceptionThe half-truth that a society already grants unconditional standing to its children. Children are indeed carried before they produce — but much of that support is deferred productivity (carried now because they are expected to become valuable later), so the exception proves less than it seems: it shows that society can approach unconditional standing through intimate attachment while usually contaminating even that with an expected return.Full pageOntological standingStanding as the felt proof that one legitimately exists — the way an occupation or recognized role answers "who are you?" and stabilizes identity, not merely income. Its loss is why job loss and visible exclusion carry a dread far beyond material hardship: the fear of becoming nobody.Full pageRelational standingThe grounding of standing in relation rather than in an attribute: a participant counts not because of what they are — rational, human, productive, a citizen — but because they are present in the ecology and capable of being affected by it, so the ecology is already in relation with them and cannot pretend they are nothing.Full pageScarcity moralityThe moral conviction that a person must pay for their existence — legitimacy earned through productive struggle — which becomes constitutive of identity under scarcity and can persist long after material scarcity ends. The risk that AI makes labor economically unnecessary before a culture makes it ontologically unnecessary.Full pageDeferred standingStanding granted now on the expectation of a future return — you count because we expect you eventually to justify the support. It is the middle of three layers (pure standing, deferred standing, earned standing) and is easily mistaken for unconditional standing, because the conditional clause stays hidden until the expected return disappears.Full pageThe standing guaranteeThe enforceable instrument that turns standing from a moral sentence into concrete duties — the minimum material, legal, informational, and civic conditions institutions are obligated to preserve for every participant, backed by law, budgets, appeals, and independent review. Standing is real only to the extent something is obligated to maintain it.Full pageNon-cascading standingThe property of a realized standing system in which a setback in one domain does not propagate into collapse across all the others — losing a job, a home, a platform, or a reputation without automatically losing healthcare, identity, communication, civic access, or the ability to start over. The positive inverse of standing leakage.Full pageThe right to be unproductiveThe protection of a legitimate period of nonproductivity — recovery, grief, caregiving, exploration, study, transition, contemplation, disability, artistic work, or simply not yet knowing what comes next — without loss of standing. Its absence is the productivity ontology still operating: rest permitted only when the reason is approved.Full pageCustodial captureThe failure mode in which providing support silently converts into authority over the recipient's life — we support you, therefore we may manage you. Assistance becomes custodianship, and the supported participant is demoted into a subordinate class rather than kept a full participant.Full pageCapacity circulationThe principle that expanded productive capacity — especially AI-generated capacity — must partly return to the whole ecology rather than remaining fully concentrated, so that abundance is not produced while standing stays rationed through wages. A requirement on distribution, stated without prescribing one mechanism.Full pageBounded overrideThe principle that self-jurisdiction stays presumptive and whole under coercion: a serious danger or a genuine incapacity may override specific powers — through restriction, restitution, confinement, or surrogate decision-making — one justified, bounded, expiring exception at a time, never a global narrowing of the person, and always over a persisting floor. It keeps standing from becoming either meaningless or permissive.Full pageStanding versus allocationThe distinction that keeps standing coherent: standing settles who counts (eligibility for consideration), while allocation settles who gets what when not everyone can (distribution under constraint). Standing is unconditional; allocation is a separate, constrained decision — and forcing standing to do both jobs makes it vague.Full pageCost versus scarcityThe distinction that stops the framework from becoming a post-scarcity philosophy: AI and robotics can drive the cost of many goods toward zero, making a standing floor affordable, but cannot make genuinely scarce goods — land, organs, specialist time, quiet, authority, carrying capacity — infinite. Cost is solvable; scarcity is not.Full pageLegacy repairThe transition doctrine for inherited damage: a society moving toward standing does not begin with a clean population but inherits people injured by decades of the old system, and must carry those costs — while ensuring the new system does not keep reproducing equivalent damage. A bounded transition category, not a permanent condition.Full pageDiagnostic differentiationThe principle that a single label like nonparticipant or laggard hides many different conditions — inability, injury, addiction, depression, impairment, demoralization, poor fit, refusal, exploitation, or a chosen low-output life — which call for radically different interventions while leaving basic standing untouched. Differentiate the response, never the standing.Full pageBurden allocationThe limit that keeps standing from becoming unlimited cost transfer: a participant keeps standing, but foreseeable burdens created by their own choices can still fall partly to them, and scarce resources can be prioritized elsewhere — provided any condition is directly relevant to the resource, and never amounts to expulsion from the ecology.Full pageThe verification tradeoffThe principle that whether to police access to a good by worthiness tests depends on the good's marginal cost: when a good is cheap to provide, verifying who deserves it can cost more than the good itself, so broad access is rational; the scarcer and more consequential the good, the more careful allocation is justified.Full pageThe layered goodsThe three tiers that determine how strongly reciprocal conditions may attach to a good: standing goods (food floor, basic shelter, essential healthcare, legal existence) are unconditional; cooperative goods (a commons, shared workspace, mutual-aid systems) may carry reasonable reciprocal conditions; scarce privileges (rare grants, limited research resources, exclusive assets) may carry stronger obligations.Full pageKinds of scarcityThe four reasons a good is scarce, each calling for a different response: natural scarcity (only so much exists), transitional scarcity (more is possible but capacity has not caught up), manufactured scarcity (institutions restrict access), and positional scarcity (value depends on others not having it). Confusing them lets fixable shortages pass as permanent.Full pageArtificial scarcityScarcity that persists because institutions preserve it after production could have relieved it — through ownership concentration, licensing, land-use restriction, intellectual-property or platform control. As AI drives production costs down, the binding constraint often shifts from making the good to the rules governing access to it.Full pageBurden attributionThe sixth companion of standing: costs generated by choices and institutions should fall as close as reasonably possible to the jurisdictions that generate them — through taxes, regulation, prevention, or containment — without ever turning a burden into a judgment of the burden-bearer's worth. Consequences attach to the burden, not to the person.Full pageThe companions of standingThe six functions of a working political economy, kept separate so none re-imports conditional worth: standing (who remains inside), repair (inherited damage), reciprocity (mutual obligation), allocation (scarce distribution), capacity return (circulating abundance), and burden attribution (placing costs). Standing is unconditional; the others do the rest of the work.Full pageDistributed adjudicationThe doctrine that no single actor may decide a participant's total standing, burden, capacity, or future — decisions are bounded to the domain in question, made by the least concentrated competent authority, and remain reviewable. Institutions acquire jurisdiction over problems, not ownership over participants.Full pageDomain-specific capacityThe principle that capacity is judged for a specific decision, at a specific time, under specific conditions — never as a global verdict, and never accumulated into a persistent score. A person may be unable to manage complex medication yet fully able to choose whom they live with, so incapacity in one domain never licenses control over the rest — nor a portable band that follows them.Full pageParticipant representationThe standing right to an independent advocate in any high-consequence decision about oneself — someone structurally assigned, and not drawn from the institution imposing the restriction, to ask whether more jurisdiction is being taken than the problem requires, what the participant actually wants, and what would restore their self-jurisdiction.Full pageDistributed bearingThe direction of a living ecology as an emergent property of every participant's bearing — the pull each exerts on the whole through relationship, dependence, care, conflict, vulnerability, refusal, memory, and need, not through production alone. Standing preserves it; conditional standing deletes vectors from the ecology's own directional system.Full pageNon-subordinationThe intrinsic foundation of standing: a participant with an interior for whom conditions can be better or worse is not exhausted by, or reducible to, its usefulness to the surrounding ecology. The ecology may condition, depend on, constrain, and require things of the participant — but it does not own them.Full pageEnforcement capacityThe ecology's practical ability to impose or hold a constraint against an actor with incentives to cross it — legitimate authority, technical verification, information, financial and infrastructural leverage, coalition durability, and the ability to withstand retaliation, combined. A red line with no enforcement capacity behind it is a warning label, not a limit.Full pageThe enforcement concentration paradoxThe structural trap at the center of constraining frontier power: the stronger the capability being constrained, the greater the enforcement capacity required — and beyond some threshold the capacity needed to constrain a dangerous concentration may itself become one. Not dissolved by oversight or appeal alone, it is the framework's central reason to prevent concentration before it forms.Full pageLeverage half-lifeThe rate at which a dependency that makes a constraint possible is becoming routable. Enforcement readiness is not whether the ecology holds a chokepoint today but how fast that chokepoint is decaying as an actor internalizes its own compute, energy, capital, and talent — so leverage is tracked as a trend, not a static checkbox.Full pageCountervailing latencyThe time opposing institutions need to perceive a concentration, organize, and mount an effective response, set against the speed at which the concentrating actor compounds its capability. When the second runs much shorter than the first, the forms of plurality can survive while its substance disappears — the transition-specific danger of rate asymmetry.Full pageGovernance non-traversabilityA red line upstream of the loss of human control: the point at which the actors being governed can route around every dependency through which public constraint operates. The systems may still answer to their operators, but the public has lost any practical hold on the operators, so course-correction is gone even though technical control has not yet failed.Full pageOperational finalityThe property of a decision that is final enough to act on without being a final description of reality. NWG accepts operational finality — someone must be able to decide, now — while rejecting ontological finality: the same decision stays time-limited, documented, reviewable, reversible, and barred from spreading into domains it was never authorized to touch.Full pageContinuity responsibilityThe function that owns a coordination failure when no single institution owns the participant. It is responsible for whether the interfaces between bounded jurisdictions actually connect — so that "no one decides the whole person" never becomes "no one is responsible for whether the person falls through the whole system." Its jurisdiction runs over the institutions' duty to coordinate, never over the participant.Full pageConflict-resolution jurisdictionA predetermined rule for deciding which concern temporarily dominates when two legitimate jurisdictions collide — not a permanent sovereign but a bounded forum for the conflict itself. A candidate priority runs immediate irreversible harm first, then basic standing, then existing rights, then ordinary administrative interest.Full pageJurisdictional dissipationThe failure opposite to concentration: responsibility so distributed that no institution retains enough jurisdiction to remedy a recognized standing failure. Because both poles break correctability, "distributed" is not the goal; the goal is jurisdiction that is appropriately bounded and sufficiently capable — enough to act, distributed enough to stay correctable.Full pageAsymmetric legibilityThe measurement principle that legibility should track power, not vulnerability: the more power an entity holds over others, the more legible its exercise of that power should be; the more vulnerable a participant is to that power, the stronger their presumptive claim to opacity. It reverses the ordinary pattern in which the weak expose everything and the powerful stay opaque.Full pageThe unmeasured domainThe presumption that some things — private belief, intimate and emotional life, political and spiritual thought, aspiration, unacted-on dissent — must be able to exist before being formalized, disclosed, or scored, and so stay unmeasured absent a strong, specific, legitimate need. It protects the participant, never the office.Full pageResidual self-jurisdictionThe principle that every domain a coercive purpose does not actually require remains under the participant's own authority. When a specific power is overridden for a specific reason, all the rest — clothing, food, communication, relationships, spiritual practice, routines, participation in decisions — stays theirs, so restraint cannot spread past its justification simply because one major liberty was removed.Full pageCommensurabilityThe principle that what a participant may claim, influence, access, receive, owe, or bear should correspond to how deeply that participant is actually implicated in the matter.Full page