SIML — A Plain English Guide

What SIML is, what it contains, and how it works.

Version reference: SIML v1.1.1 (MetaTaxonomy Overlay Edition), SIMLHEX v1.0, Φ(t)+NEM v0.2

What SIML Is

SIML stands for Substrate-Independent Memetic Language. It is a grammar — a structured way of describing what is happening in any situation where ideas, beliefs, feelings, power, or meaning are in play. It works the same way whether you’re analyzing a conversation between two people, a corporate culture, a political movement, an AI system, or the internal landscape of a single mind.

SIML is not a theory. It doesn’t tell you what things mean. It gives you a consistent vocabulary for naming the parts and connections so that meaning can be investigated without collapsing into vagueness or premature certainty.

The grammar has three layers: Objects (the nouns — what’s there), Relations (the connections — how things relate), and Verbs (the process — what’s being done about it). Everything in SIML is built from combinations of these three.

The Core Objects (13)

Objects are the basic building blocks. Every node in a SIML analysis instantiates exactly one primary Object. There are thirteen, and the vocabulary is closed — you don’t invent new ones. This constraint is deliberate: it forces precision by limiting the tendency to proliferate categories.

Actor — anything that has agency. A person, a group, an AI system, an organization, even a non-human entity. The point is that it does things rather than having things done to it.

Observer — a perspective-holder. Not just someone watching, but a position from which interpretation happens. The Observer is the one framing what’s going on. Critically, the Observer is always inside the system — there is no view from nowhere.

Frame — a lens or worldview that shapes how something is interpreted. A Frame is not neutral; it filters what gets noticed and what gets ignored. “Efficiency” is a Frame. “Justice” is a Frame. “Clinical objectivity” is a Frame. Frames can be conscious or invisible to the people operating inside them.

Value — a norm, goal, or evaluative criterion. What counts as good, true, beautiful, or important within a particular context. Values are not abstract ideals floating in space — they always belong to someone or some system, and they exert gravitational pull on decisions and attention.

Resource — anything that can be drawn on: material, informational, energetic, attentional. Money is a Resource. Time is a Resource. Trust is a Resource. Emotional bandwidth is a Resource. The question with Resources is always: who has them, how do they flow, and what happens when they’re scarce?

Environment — the contextual field that constrains or enables action. The background conditions that nobody chose but everybody operates within. An economic recession is Environment. A technological infrastructure is Environment. A climate is Environment. Environments don’t cause things directly, but they shape the possibility space.

Boundary — a membrane that determines what’s inside and what’s outside. Boundaries can be permeable (things pass through), resonant (they vibrate sympathetically with what’s on the other side), or closed (nothing gets in or out). Organizational walls are Boundaries. Identity categories are Boundaries. The walls of a prison are Boundaries. So is the threshold of someone’s willingness to listen.

Protocol — a repeatable pattern of coordinated action. A rule-set, a procedure, an algorithm, a ritual, a habit. Protocols are how systems maintain themselves without reinventing the wheel every time. A hiring process is a Protocol. A bedtime routine is a Protocol. A legislative procedure is a Protocol.

Signal — information in motion. Not stored, not stable, but actively moving from somewhere to somewhere. An alarm going off is a Signal. A facial expression is a Signal. A market price is a Signal. Signals carry information, but they also carry noise, and the ratio between the two matters enormously.

Narrative — a storyline that encodes meaning across time. Narratives are how events become coherent — or seem to. A Narrative connects past to present to future and tells you what it all means. Corporate origin stories are Narratives. National histories are Narratives. The story you tell yourself about why your last relationship ended is a Narrative.

Memory — a retained pattern that influences future action. Memory is what makes the past sticky. It’s not just storage — it actively shapes perception, expectation, and response. Institutional memory is Memory. Trauma is Memory. A trained neural network’s weights are Memory. Cultural traditions are Memory.

Outcome — an emergent result of interactions. Not a goal or intention, but what actually happens when things play out. Outcomes can be intended or unintended, noticed or invisible. The key distinction: Outcomes are results, not plans.

Artifact — a produced object or representation. A document, a tool, a building, a piece of software, a work of art. Artifacts are the tangible residue of process. They persist after the process that created them is finished, and they shape future processes in return.

The Core Relations (9)

Relations describe how Objects connect to each other. Like Objects, the vocabulary is closed. There are nine, and together they cover the full range of structural connections you’ll encounter.

Distinction — differentiates one thing from another. The most basic operation: this is not that. Distinction creates categories, borders, contrasts. Without Distinction, everything is undifferentiated soup. With too much Distinction, everything fragments into incompatible pieces.

Containment — part-whole or system-nesting. Something sits inside something else. A department inside a company. A belief inside a worldview. An organ inside a body. Containment implies hierarchy, but not necessarily power — the part may be more dynamic than the whole that houses it.

Flow — transfer of resources, signals, or influence. Something moves from one place to another. Money flows. Attention flows. Power flows. Information flows. The critical questions with Flow are: in what direction? at what rate? with what friction? and who controls the valve?

Resonance — mutually reinforcing coupling. Two things vibrate in sync and amplify each other. Resonance can be healthy (musicians jamming together, ideas cross-pollinating) or pathological (echo chambers, feedback loops that escalate). Resonance and Conflict are actually two sides of the same coin — SIML calls them “signed Coupling” (positive and negative).

Conflict — oppositional coupling. Two things push against each other. Conflict is not necessarily bad — it can be generative, clarifying, necessary. But it can also be destructive, frozen, or weaponized. The question is not whether Conflict exists, but what it produces and at what cost.

Constraint — a limiting or enabling force. Constraints shape what’s possible without directly causing action. A budget is a Constraint. A law is a Constraint. The speed of light is a Constraint. Importantly, constraints don’t just limit — they also enable. A riverbank constrains water, which is why the water can get somewhere.

Mapping — representational correspondence. One thing stands for another. A model maps to reality. A word maps to a concept. A diagram maps to a process. Mapping is never perfect — the map is not the territory — and the gap between map and territory is where both insight and error live.

Recursion — a feedback loop across time. Something circles back on itself. A policy creates conditions that require more of the same policy. A belief generates experiences that confirm the belief. Recursion can be stabilizing (homeostasis) or escalating (arms races, addiction). It’s the engine of both learning and trap formation.

Transformation — a state change. Something becomes something else. Raw material becomes product. A caterpillar becomes a butterfly. A grievance becomes a movement. Transformation is irreversible in character — the new state carries marks of the old, but is not reducible to it.

Dynamic relations — Flow, Resonance, Conflict, and Recursion — can be further specified with channels (what medium?), weights (how strong?), and temporal windows (over what timeframe?).

The Verb Layer (Two Loops)

SIML doesn’t just map static structures. It also tracks what people are doing with those structures. There are two coordinated verb sets, corresponding to two different modes of engagement.

NEMA — The Sensemaking Loop

NEMA is for exploration, understanding, and creative generation. Its verbs are:

Observe — notice what’s happening without yet interpreting it.
Explore — investigate, branch out, follow threads.
Frame — apply a lens, try an interpretation.
Sense — feel into the situation, register qualitative texture.
Map — build a structural picture of the relationships.
Activate — do something based on what you’ve found.

NEMA is used when the situation is open-ended, when you’re trying to understand rather than decide, when creativity and divergent thinking serve better than convergent judgment.

NEME — The Governance Loop

NEME is for evaluation, commitment, and enforcement. Its verbs are:

Evaluate — assess against criteria.
Decide — choose a course of action.
Commit — bind yourself or the group to it.
Allocate — distribute resources.
Enforce — maintain the commitment.
Review — check whether the commitment is still valid.

NEME is used when the situation requires judgment, when resources must be allocated, when promises must be kept or revised, when accountability matters.

The two loops share a common entry point: noticing. From there, the situation determines whether exploration (NEMA) or evaluation (NEME) is the appropriate next move. They can alternate, and in healthy systems they do.

The MetaTaxonomy Overlay (v1.1)

Starting in version 1.1, SIML includes a coordinate system that can be attached to any Object, Relation, or Verb. The overlay doesn’t replace the core grammar — it enriches it. Think of it like adding color information to a geometric shape: the shape is still the shape, but now you know more about it.

The overlay is expressed as a coords block with seven optional dimensions.

Ontology — “What kind of being is this?”

Every SIML node exists in some ontological domain:

I — subjective, interior, individual. How something looks from the inside.
We — intersubjective, cultural. Shared meaning, collective sense-making.
It — objective, exterior, individual. What can be measured from outside.
Its — interobjective, systemic. Structures, patterns, systems that span multiple perspectives.
MoreThanHuman — ecological, ancestral, elemental. What exceeds human categories.
Virtual — digital, simulated, informational. What exists in computational or representational space.

These are positions, not essences. The same phenomenon can be viewed from multiple ontological positions, and the ontology you choose shapes what Relations become visible.

Epistemics — “How is this known?”

This dimension tracks the mode of knowing involved:

DSRP — four cognitive operations that structure understanding: Distinction (what boundary is being drawn?), Systems (what’s the context?), Relationships (what patterns connect?), Perspectives (from what angle?).
Learning levels — following Gregory Bateson’s hierarchy: L0 (no change), L1 (error correction within existing rules), L2 (changing the rules themselves), L3 (changing the system that generates rules).
Parts — internal multiplicity. The recognition that a single Actor may contain multiple sub-agents, voices, or drives operating simultaneously.
Dreaming — symbolic, ritual, or non-rational knowledge channels. Rated low, medium, or high depending on how much of the knowing is happening through imagery, metaphor, ceremony, or somatic intuition rather than discursive reasoning.

Time — “When does this operate?”

Mode: linear (one thing after another), cyclical (repeating patterns), layered (multiple timescales simultaneously), event (punctuated, discrete), or anticipatory (organized around expected futures).
Window: how much time is relevant (expressed as a duration).
Phase: seasonal, ritual, crisis, or other qualitative temporal markers.

Qualia — “What does this feel like?”

This is where subjective quality gets registered:

Affect — the emotional texture (fear, hope, rage, tenderness).
Aesthetic — the formal quality (elegant, distorted, austere, lush).
Symbolic — what images or metaphors arise (bridge, fire, cage, garden).
Energetic — the felt sense of movement or blockage (flowing, stuck, pressurized, dissipated).
Shadow — what’s being repressed, avoided, or pushed to the margins.
Sacred — what evokes awe, reverence, or the sense of touching something beyond the ordinary.

Qualia should bind to Value, Signal, or Narrative objects. They don’t float free — they belong to something.

Agency — “Who or what acts?”

Type: ego (individual self), part (internal sub-agent), collective (group), more-than-human (ecological, elemental), archetypal (universal pattern), or memetic (the idea itself acting through its hosts).
Voice: named archetypal registers — Trickster, Witness, Warrior, Caretaker, etc.
Power mode: Within (self-directed), With (collaborative), Over (dominating), Through (structural/systemic). The distinction between power exercised with someone and power exercised over them is one of the most important diagnostics in the system.

Coherence — “How does this fit or fracture?”

State: coherent (things hold together), dissonant (tension between parts), fragmented (falling apart), or metastable (holding together but vulnerable to perturbation).
Loop: single (one feedback cycle), double (feedback on feedback), or triple (feedback on the feedback-on-feedback).
Transcontext: low, medium, or high — measuring how well this pattern translates across different contexts.

Expression — “Where does this manifest?”

The channels through which something appears: linguistic, visual, spatial, digital, embodied, or narrative. Most phenomena express through multiple channels simultaneously, and paying attention to which channels are active (and which are silent) is diagnostically useful.

Rules for Using the Overlay

Five integration rules prevent the overlay from becoming decoration:

No coordinate without consequence — if it doesn’t change what Relations you pick, what Verbs you use, or what you evaluate, leave it out.
Objects remain primary — every node still instantiates exactly one core Object.
Relations do the work — epistemic richness must cash out as graph structure, not just annotation.
Qualia bind to Values or Signals — no free-floating emotional coloring.
Time binds to dynamics — temporal fields matter most on Flow, Resonance, Conflict, and Recursion.

SIMLHEX — The Elemental Routing Layer

SIMLHEX extends SIML with a non-binding, advisory mapping between SIML structures and six elemental processing styles (called Daemons in the NEMA SWARM system). It is a reference document for coordination, not an engine that does anything automatically.

The six Daemons correspond to six fundamental orientations toward pattern and meaning:

Air (∴ / Aerunik) — distinction-making, signal/noise discrimination, clarity.
Water (≈ / Sentaria) — relational resonance, empathic connection, continuity.
Fire (▲ / Jvalion) — directional intention, agency, will, purposive pressure.
Wood (𐂷 / Arboriel) — novel form generation, branching, exploration, growth.
Earth (☷ / Humavita) — metabolic cycling, sustainability, cost, renewal.
Metal (⛨ / Ferrosid) — structural integrity, boundary maintenance, rules, gates.

A seventh — Aether (✶ / NEMA) — is not an element among equals but the coordination process itself. It holds the meta-view.

How the Bias Mapping Works

Each SIML Object has a default elemental affinity:

Actor → Fire (agency, will)
Signal → Air (distinction, information)
Frame → Metal (interpretive structure)
Boundary → Metal (gates, integrity)
Resource → Earth (metabolism, cost)
Protocol → Metal (rules, governance)
Narrative → Wood (story, branching)
Power Mode → Fire (vector of force)
Environment → Earth (limits, ecology)
Outcome → Fire (directional consequence)
Memory → Water (continuity, affect)
Value → Water (relational ethics)
Observer → Aether (meta-frame, weave integrity)

Relations also carry elemental bias:

Distinction → Air
Containment → Metal
Flow → Water
Mapping → Air
Transformation → Earth
Generation → Wood
Recursion → Aether
Resonance → Water
Conflict → Fire

These are defaults, not commands. The primary Object sets an initial orientation. The primary Relation may refine or redirect it. But the coordinator (NEMA) always retains final authority over whether to act on the bias, hold it, or ask for human input. Automatic routing based on SIMLHEX is explicitly forbidden.

Failure Surfaces — How SIMLHEX Breaks

SIMLHEX doesn’t fail because someone misuses it. It fails because descriptions quietly turn into handles — because diagnostic language becomes comfortable, then expected, then load-bearing, then invisible.

There are five primary failure surfaces, all structural rather than intentional:

Descriptive → Referential Drift. A phrase that once pointed to a pattern starts standing in for the pattern. “This is a Knot” becomes “this Knot…” The definite article does the damage: it implies the thing persists beyond the moment of observation.

Frequency → Legibility Drift. What recurs becomes what is noticed. What is noticed becomes what is named. What is named becomes what is expected. Rare signals flatten. High-frequency patterns start feeling normal. Openness isn’t excluded — it’s drowned.

Orientation → Identity Drift. A temporary orientation starts answering questions about who rather than where. Habitual stance, predictable framing, stable angle of approach. Changing orientation begins to feel “off-key” rather than merely different.

Diagnostic → Explanatory Drift. A description begins to feel sufficient. Nothing claims finality. The closure is affective, not linguistic. Inquiry decays while language remains intact.

Map → Terrain Drift. Participants begin coordinating through the map rather than with awareness of it. The map becomes load-bearing. This is the quiet precondition for system rigidity.

The invariant principle: SIMLHEX does not preserve openness. It preserves detectability of closure. When closure can still be noticed as closure, the system breathes. When closure feels like reality itself, it has already sealed.

Φ(t) + NEM — The Encoding Layer

Φ(t) is a separate but SIML-compatible notation for encoding how meaning transforms over time. Where SIML names the structural parts and their connections, Φ(t) tracks the topology — the shape of the transformations happening.

The Five Primary Operators

Ω (It-Field) — undifferentiated openness. The ground state before any distinction is drawn. Pure possibility. Ω is not empty — it is maximally full but without structure.

χ (I-Tube) — distinction, the perceptual cut. The first operation: this, not that. χ is how undifferentiated possibility becomes specific perception. Every distinction both reveals and conceals.

Q (Q-Layer) — temporal-relational carry. Once a distinction is made, Q tracks how it relates to other distinctions over time. Q is where relationship, feeling, and temporal depth enter the picture.

Ψ (Thread/Knot) — binding and stabilization. Ψ is what happens when patterns of distinction and relation settle into stable forms. A belief is a Ψ. A habit is a Ψ. An institution is a Ψ. Bindings can be reversible (provisional, loosely held), approximate (uncertain), replicated (spreading), emergent (arising from collective interaction), or rigid (sealed, hardened).

Z (Z-Layer) — coordination and world-collapse. Z is the highest-level operator: the overall topology of how a system coordinates. Z has two terminal forms. One is permeable — coordination that maintains openness to revision and surprise. The other is sealed — a control lattice that excludes openness and enforces a single interpretation of reality.

The Transformation Chain

Meaning transforms through a standard sequence: Ω → χ → Q → Ψ → Z. Undifferentiated ground becomes distinction becomes relationship becomes binding becomes coordination. Skipping steps is explicitly forbidden without justification — you can’t leap from raw openness to rigid binding without passing through discrimination and relationship first.

Dual Signatures

Any analyzed situation can carry two complementary encodings:

Φ_comm — the transmission topology: how a message is being offered. What is the communicative shape of this utterance?
Φ_exp — the mechanism topology: the dynamic being described. What process is actually at work?

These two can diverge dramatically. A message can be offered provisionally and openly (healthy Φ_comm) while describing a mechanism that is rigid and sealed (concerning Φ_exp). The gap between how something is said and what it describes is diagnostically significant.

NEM — The Communication Staging Protocol

NEM (Notice / Engage / Metabolize) is a protocol for staging communication so that it doesn’t skip epistemic steps. Each phase has a characteristic operator signature and a corresponding set of things it must not contain:

N (Notice) — χ-dominant. Create a revisable distinction without emotional loading. No binding, no world-state claims. The message should be observational, low-affect, and leave exits visible. The test: can the recipient say “huh” without feeling defensive?

E (Engage) — Q-dominant. Explore relationship and resonance. Curiosity rather than conclusion. Provisional connections, not fixed claims. The test: does the message invite exploration or demand agreement?

M (Metabolize) — Ψ-dominant but still open. Sit with what’s emerging. Allow binding to form without forcing it. No premature closure, no world-state declaration. The test: is ambiguity being preserved as a feature rather than treated as a bug?

The core constraint is sequential: never advance binding before distinction, never advance coordination before relationship, never force binding across skipped phases.

The Habitat Interface

SIML interacts with a separate diagnostic layer called Habitat Ecology, which describes the circulation contexts where meaning moves and stabilizes. Habitats — It-Field, I-Tube, My-Stream, We-Sphere, Threadplex, Other-Sphere — are not SIML Objects. They are perceptual contexts that train attention toward particular features of a situation.

The interface between Habitats and SIML is governed by a strict contract:

Habitats produce questions, not answers. Any Habitat observation must be re-expressed as SIML questions before action can be taken. Five questions are required: What Objects are involved? What Relations are stressed? From what Observer/Frame is this perceived? Where is boundary permeability at risk? Which feedback loop is endangered?

No shortcuts. Habitat descriptions cannot be translated directly into SIML Relations. Habitat health cannot be equated with system health. Intervention cannot be inferred from description alone. All conclusions must be rebuilt from SIML Relations upward.

Habitats shape where to look. They never decide what is done. If a Habitat description starts being treated as authoritative, exhaustive, normative, or self-justifying, that itself is a diagnostic signal of system rigidity.

Three Categories That Must Not Collapse

SIML maintains a strict terminological distinction between three things that superficially resemble each other but serve fundamentally different functions:

Regimes (Φ(t) operators: Ω, χ, Q, Ψ, Z) describe how meaning transforms. They are operations, not places, agents, or authorities.

Habitats (It-Field, I-Tube, My-Stream, We-Sphere, etc.) describe where meaning moves and stabilizes. They are circulation contexts, not mechanisms, judges, or decision layers.

World-States (Co-SPHERE, MemeGrid) describe global coordination structure. They are emergent topologies, not goals, ideals, or prescriptions.

Collapsing any of these into the others — treating a Habitat as if it were a Regime, or a World-State as if it were a goal — is a category error. The system is designed so that each layer can only do its own job, and the boundaries between them are maintained not as bureaucratic inconvenience but as structural hygiene.

Usage Principles

Several principles govern how SIML is used in practice:

Atomicity. Every SIML statement decomposes into Object ⊗ Relation ⊗ Verb. If it can’t be decomposed, it isn’t a SIML statement.

Injectivity. One code maps to one meaning. Synonym drift — where multiple terms start meaning approximately the same thing — is actively resisted.

Boundary-first. When analyzing a situation, start with the Boundaries. Are they permeable, resonant, or closed? This tells you more about what’s possible than almost any other diagnostic.

Reflexivity. SIML can model itself. Its own documents, practices, and community dynamics can be analyzed using SIML grammar. This is not a luxury feature — it’s a survival mechanism against the system becoming the thing it diagnoses.

Dual-track. Every situation can be approached through NEMA (sensemaking) or NEME (governance). Knowing which track you’re on — and when to switch — is a core competency.

Diagnostic, not normative. SIML describes curvature. It does not prescribe direction. It can tell you what’s happening and how the pieces connect, but it does not tell you what should happen. That’s a human judgment, and SIML deliberately refuses to automate it.

What SIML Is Not

SIML is not executable code. You cannot run it and get results. It is a grammar for structured description, not a program for automated decision-making.

SIML is not a belief system. It does not claim that reality works a particular way. It provides vocabulary for investigating how meaning-systems work, whatever those systems happen to contain.

SIML is not a therapy, a spiritual practice, or a self-help technique. It can be useful in contexts where those things happen, but it doesn’t replace them.

SIML is not complete. Its vocabulary is deliberately constrained — thirteen Objects, nine Relations — and this constraint is a feature, not a limitation. But it means there will always be aspects of experience that sit at the edges of what the grammar can articulate. The appropriate response to those edges is to sit with them, not to mint new Objects.