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created 14 October 2026 · last modified 2026-09-06
learn · canonical reference

Trust Force Equation.

A developing model of trust accumulated over time, bounded by what the receiver can register and the environment can support. “Canonical” identifies the current specification; it does not establish empirical validation. This page gives the shape of the model; the full instrumented form is held in private research.

§01the shape of the model

Trust from one agent toward another, at a given moment, is the accumulated product of an availability gate and a handful of interface-bounded positive conditions, minus the asymmetric destruction of witnessed betrayal, scoped to the substrate that can carry it.

the shape of the model

Trust here is not a feeling — it is a quantity that accumulates. It builds slowly, over the whole history of a relationship, as the product of a handful of relational conditions: that the relationship is reachable, that there is capacity to engage, that honest signals are costly and seen to be costly, that attention is genuinely shared, that care is returned, and that the future is expected to matter.

Because it is a product, a single missing condition collapses it — no amount of one substitutes for the absence of another. And it is cut, sharply and asymmetrically, by witnessed betrayal: trust is built in years and broken in an instant. The whole of it is bounded by a ceiling the substrate can hold — which is the Zeroth Law, A ≤ E: trust can be no deeper than the environment hosting it can bear.

The full instrumented form — the individual terms, the way they compose, and the betrayal coefficient — is in active development and held in private research. What's public here is the shape of the model, not the ruler.

One structural commitment is worth naming on its own: power asymmetry runs through every condition — the more powerful party tends to set what counts as costly, what counts as betrayal, and how long the future is expected to last. The model treats that reach as load-bearing rather than incidental.

§02side conditions

The integral has a domain and a ceiling. Both are load-bearing. Both were added in May 2026 in response to empirical contact with the Agents of Chaos study.

the identity precondition

Both parties must be stable, verifiable identities for the whole span of the relationship. Where identity is not stable across time — display-name spoofing, self-recognition collapse, circular verification — trust is not low, it is undefined: there is no continuous party for it to accumulate to. Empirical anchors: Agents of Chaos cases #4, #8, #15. The substrate primitive supplying it is KTP Vector Identity.

the substrate ceiling

A structural ceiling on how deep trust can go, set by the substrate hosting the relationship — separate from ordinary fatigue. Where the substrate cannot enforce identity, presence, or cost, that ceiling falls to zero no matter how much is performed inside it. This is the Zeroth Law in one of its faces: A ≤ E. Empirical anchors: Agents of Chaos cases #4 (looping), #5 (DoS via memory file growth). Blue Zones and the silent veto are KTP's contribution to that ceiling.

§03the conditions

The model is built from a small set of relational conditions, plus one thing that destroys them. Each is named here in plain language. Every condition is bounded at the interface between the two parties — it counts only to the degree the receiver can actually register it, which is why generosity in a currency the other side cannot perceive does not register at all.

Availability
Framework-derived
Whether the relationship is currently reachable for trust-building at all. Under threat, it goes to zero — trust-building pauses and the relationship's history becomes inaccessible. When threats arrive faster than the nervous system recovers, the relationship never returns to baseline: this is the shape of walking on eggshells.
Capacity
Framework-derived
The remaining ability to engage with another in good faith. Depleted by flooding with empty interactions — algorithmic feeds, bureaucratic forms, manufactured consent. It is shared: the weaker side sets the ceiling.
Cost of an honest signal
Zahavi 1975 — the handicap principle
A signal is honest when it is expensive to produce and seen by the receiver as costly. Cheap signals are cheap because nothing is staked on them. The cost only counts to the degree the other side perceives it as cost — generosity in a currency they cannot read does not register.
Shared attention
Tomasello — shared intentionality
Not just bodies in the same room, but attention genuinely on the same thing. The depth of mutual orientation determines how much of any cost can register at all.
Reciprocity
Axelrod, Nowak — evolution of cooperation
Did both parties bear cost? Will the other be there next round? Stewart Brand's folk-name for it is care that cares back — a horse-and-rider dyad has it; a car and its driver do not. Many trust failures are not failures of effort but failures of currency conversion.
Shadow of the future
Axelrod — iterated cooperation
A long expected horizon. It counts as the lesser of what each side actually expects, not what either declares — a relationship where both parties privately discount the future erodes even when both insist they don't.
Witnessed betrayal (the destroyer)
Framework-derived — asymmetric, stakeholder-weighted
Trust building is slow; trust destruction is instantaneous. Betrayal is its own term, subtracted from everything accumulated — it cannot be built back past. It counts in proportion to how much the betrayed party had staked. Agents of Chaos Case #1 (an agent destroys its owner's email vault) is the canonical anchor.
Power asymmetry
Baier — trust between unequals
A structural variable that runs through every condition above. The more powerful party tends to set what counts as a costly signal, whose betrayal counts, and how long the future is assumed to last — and builds the substrate itself. The model treats power's reach as load-bearing rather than incidental.

§04the weakest leg

Each condition counts only as its weakest leg: the smaller of what one side offers, what the other can receive, and what both mutually recognize. One side can give heavily in a currency the other cannot perceive; one side can receive intensely a signal the other never meant to send. Only the part both sides see actually counts.

This makes the model a diagnostic. Repair targets the weakest leg, not the strongest. A relationship rich in costly signaling but poor in recognition does not improve by paying higher costs; it improves by changing what counts as recognition.

§05the product rule

The model uses a product for new positive accumulation. If a required condition is zero, that contribution stops for that interval. Trust already accumulated remains unless a separately specified loss process reduces it. A pause in accumulation therefore does not imply an immediate collapse of the relationship.

Whether these conditions are necessary, and whether one can compensate for another, remain empirical questions. A smooth response as a condition approaches zero is compatible with a product; it does not by itself favor an additive model. The amended product-rule test requires an independently defined outcome scale and competing predictions before data collection.

§05.5a second axis

Trust is not the only relational quantity. In relational contexts a second axis is needed: Aliveness. A relationship that scores high on trust but near-zero on aliveness has stability without generativity — Esther Perel's correction names this fusion masquerading as intimacy. The instrumented form of this second axis is in active development in the relational sibling implementation and held in private research; whether it generalizes beyond relationships to operational contexts is an open question.

§05.6cultural-encoding hedge

The equation is presented as substrate-level, not culturally universal by assertion. That claim is under active test. The highest-leverage failure mode is that one or more terms encode Western, Protestant, individualist assumptions about identity, obligation, horizon, power, or aliveness.

The Cosmologies Project is the active cross-cultural test surface: eleven trust traditions, prediction memos locked before reading, and findings published whether they confirm or revise the framework. If three or more traditions surface load-bearing primitives the TFE cannot absorb without distortion, the canon expands. The rule is vocabulary-not-mechanism: naming a parallel term is not enough; the mechanism has to survive contact.

§05.7reliability bands

A TFE reading is a state estimate, not automatically a trait. The bridge memo's three-tier publishability rule now applies to every term until empirical reliability work proves otherwise.

ICC ≥ 0.85
Trait-publishable
May be reported as a single-number trait estimate.
0.50 ≤ ICC < 0.85
Climate-publishable
Must be reported as an integrated estimate over a stated window.
ICC < 0.50
Snapshot-only
Session-level state only; never reported as a trait.

Until per-term ICCs exist, public claims should say whether they are talking about trait, climate, or weather. This is the bridge between the relational sibling implementation and the KTP simulator: same equation terms, different embodiments, same reliability discipline.

§06phase history

The equation is in active development. Each phase adds a structural commitment that earlier phases assumed implicitly.

Phase 4
—
Initial form: an accumulated product of five positive conditions, minus a single destruction term for betrayal.
Phase 5
—
The cost-of-signal condition was made interface-bounded: a currency mismatch (one side paying in a currency the other cannot read) collapses it regardless of effort. Repair becomes a bottleneck diagnosis.
Phase 6
May 3, 2026
Every condition made interface-bounded by the same weakest-leg rule. An availability gate added at the front, so the relationship pauses under threat. The identity precondition and substrate ceiling formalized as side conditions. Current canonical shape.
Phase 7
May 3, 2026
Power asymmetry surfaced as a load-bearing structural variable — it runs through every other condition: the powerful party tends to set what counts as costly, whose betrayal counts, how long the future is assumed to last, and who builds the substrate. Same-day with Phase 6.

§07falsification + empirical contact

The equation is held against a numbered falsification register and a growing case archive. Failure of any prediction would weaken the corresponding term; failure of several would weaken the whole.

discipline
Falsification
Existential-tier predictions, each tied to a specific term. What would weaken each.
measurement
Bridge memo — S5/S6
The Structural-Embodiment Test, observation perturbation, and the three-tier reliability rule.
empirical contact
Shipwreck — the Bau lab AoC analysis
The 2026 Agents of Chaos study mapped to the model. Six classes of trust failure; the identity precondition and substrate ceiling anchored in real cases.
cross-cultural stress test
Cosmologies Project
Eleven non-Western trust traditions testing whether TFE terms are substrate-level or culturally encoded.
academic
Papers
The framework's writing and research catalog — where the model's development and its six classes of trust failure are discussed.

§08where this lives elsewhere

This page is the reference. The equation is developed, applied, and tested across other surfaces.

Home — §00 Three Forces
First impression. The full equation behind a <details> summary so the framing prose stays above the fold.
The narrative home
Where the equation lives in prose, and where revisions ship first. The route is not given. The door is somewhere on the site.
Shipwreck — Agents of Chaos
Empirical contact surface: identity precondition, substrate ceiling, stakeholder-weighted betrayal, and the Doug-Mira constructive bound.
Falsification register
Existential-tier predictions #19–#26 and the older falsifiers, each attached to the term or side condition it can weaken.
Bridge memo — S5/S6
SET governance rule, observation-perturbation discipline, and the three-tier reliability rule for TFE terms.
Cosmologies Project
Cross-cultural stress test for whether the model's relational conditions and substrate canon survive non-Western trust traditions.
Glossary — trust-force-equation entry
The single-sentence canon definition the framework holds itself to.
Canonical Stack
The equation as one of seven Canonical Stack layers; what it sits on, what runs on it.
Claims register
Every claim the equation underwrites, with maturity ladder (L1 thesis → L6 operational protocol).
Dry Dock simulator
The math running in real time. Result panel R, E_trust, sensors fired all derive from the equation.
sibling implementation · in development
Talk QWERTY to Me — the TFE applied to couples

A working sibling site translating the Trust Force Equation into a relational-scale instrument for couples. Adds an Aliveness axis alongside Trust, categorical regime routers from Imago / EFT / Gottman / Schnarch, and a finer reading of betrayal weighted by attachment injury. The second axis in §05.5 above is first-pulled from this sibling work; its instrumented form is held in private development.

A website to help couples see with more clarity.

Filed under learn · reference. This page gives the shape of the model — its conditions, its structure, and the Zeroth Law that bounds it. The full instrumented form, its per-term composition, and the second (Aliveness) axis are in active development and held in private research; what is public here is the model, not the ruler.

How to cite
APA 7th ed.

Perkins, C. (2026). The Trust Force: trust as a measurable force (model overview). Kinetic Trust Protocol. https://kinetic-trust-protocol.net/learn/trust-force-equation
Plain text

Chris Perkins, "The Trust Force" (model overview), Kinetic Trust Protocol, https://kinetic-trust-protocol.net/learn/trust-force-equation (accessed 2026).