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Open Research

Transparent methods, credited sources, testable claims

Open Research

Transparent methods, credited sources, testable claims

MODEL M1

Emotions as Signals

The Input Layer

Nine emotions. Each one is a biological message — a finding the nervous system is delivering about what it detected. Not about feeling. About information. The emotion is the delivery system; the signal is the content.

Core Question
What is this signal telling me?
Draws fromM1F1

Core Propositions

WHAT THIS MODEL MAPS
  • Emotions are the nervous system's signal language — biological messages, not disruptions to clear thinking
  • Every emotion has three components: signal (what was detected), body response (what the body does), completion pathway (what resolves it)
  • Nine canonical emotions, each carrying a specific finding: Fear, Anger, Disgust, Shame, Guilt, Sadness, Joy, Love, Envy
  • Somatic emotions can complete through the body's own channels — relational emotions cannot, requiring co-regulation
  • The same signal produces different outcomes depending on mode position — the gradient does not change the signal, it changes what the mode does to it
  • When relational emotions are never co-regulated in development, the specific completion pathways for those emotions never build
  • The question is not how do I manage this emotion? but what is this signal telling me?
PART 1

The Language

The Signalling Language

Emotions are the nervous system's signal language — the body's first language. Each emotion carries a specific message: a finding about what is happening in the environment or inside the body. The signal fires below conscious awareness. What happens to it next depends on three things: what state it produces in the body (M1), whether it can be received by the awareness capacities (M2), and whether it can complete through the regulation cycle (M3).

These are not three separate topics. They are three stages of the same sequence: signal, perception, return.

Cognition is the second language. It arrived later. When cognition overrides an emotional signal, it is not correcting an error — it is silencing one language and replacing it with another. The signal does not stop being generated. The body keeps talking whether cognition listens or not.

Operational Insight
The clinical shift: from emotion regulation (emotions need controlling) to signal interpretation (emotions carry information that needs reading).
Research Traditions

Affective neuroscience: Panksepp (1998) — primary emotional systems as ancient biological processes; Damasio (1994) — somatic markers guide decision-making; LeDoux (1996) — threat detection before conscious processing. Polyvagal Theory: Porges (2011) — neuroception as continuous safety evaluation below awareness. Emotion science: Frijda (1986) — emotions as action readiness, functional signals oriented toward environmental conditions.

What TEG-Blue Adds

Emotions reframed as the body's first language — cognition is the second. Signal interpretation replaces emotion regulation as the primary clinical frame. The framing as language carries specific implications: a language can be listened to or ignored, interpreted accurately or misread, spoken fluently or suppressed.

Anatomy of an Emotional Signal

Every emotion has three components — a universal architecture that applies across all nine signals:

Component
What It Is
The Signal
What the nervous system detected. The finding. What was evaluated and what the evaluation concluded.
Body Response
What the body does with the finding. The somatic mobilisation that follows — automatic, below conscious awareness.
Completion Pathway
What resolves the signal. What the nervous system needs in order to stand down and return to baseline. When unavailable, the signal stays open — activation accumulates as debris.

This architecture is universal. Fear, joy, shame, envy — each carries a different message, but each follows the same three-component structure. The message varies. The delivery system does not.

Operational Insight
The completion pathway is where the critical distinction appears: some emotions can complete through the body's own channels (somatic). Others require relational evidence that only another person can provide (relational).
Research Traditions

Emotion science: Frijda (1986) — emotions as action tendencies with specific eliciting conditions and behavioural outcomes. Somatic experiencing: Levine (1997) — the activation cycle as a sequence that must complete. Polyvagal Theory: Porges (2011) — the autonomic nervous system as a bidirectional communication system.

What TEG-Blue Adds

The three-component architecture applied uniformly across all nine emotions. The explicit identification of completion pathways — not just what triggers the emotion and what it feels like, but what the signal specifically needs in order to resolve.

PART 2

The Nine Signals

Each emotion mapped as signal + body response + completion pathway + gradient behaviour across five positions. Use the explorer above for the interactive view.

FearThreat detected

Somatic

What the body does with it

Sympathetic activation. Heart rate rises, muscles tense, sensory acuity sharpens. Fear is the fastest signal — it runs through the amygdala's fast pathway and mobilises the body in milliseconds.

What it needs to complete

The threat must resolve. Either the danger passes, or the person acts and the activation discharges, or safety is established and the system stands down. Fear that cannot resolve stays open — the accumulated activation becomes the new baseline, invisible from inside.

Operational Insight
Fear does not disappear at higher modes; it becomes less visible. The most potent fear in the system (Chronic Domination) is the most completely unrecognised by the person carrying it.
Research Traditions

LeDoux (1996) — the amygdala's fast pathway, threat detection before conscious processing. Porges (2011) — sympathetic activation as part of the autonomic hierarchy. Sapolsky (2004) — stress physiology of the fear response.

What TEG-Blue Adds

Fear traced across all five gradient positions — from proportionate signal to invisible driver. The gradient reveals that the signal is present at every position; what changes is the person's capacity to recognise it.

AngerBoundary crossed

Somatic

What the body does with it

Sympathetic activation directed outward. Energy moves toward confrontation, assertion, or correction. Anger is a boundary-maintenance signal — it exists to protect what matters.

What it needs to complete

The boundary must be reasserted or acknowledged — through communication, action, or environmental change. Anger that cannot be expressed stays open. It does not disappear. It reroutes.

Operational Insight
In Chronic Connection, anger converts to guilt before it can form. In Chronic Control, it becomes correction. In Chronic Domination, it becomes contempt. The same signal — rerouted differently depending on where the compass is stuck.
Research Traditions

Panksepp (1998) — RAGE system as primary emotional circuit. Tavris (1989) — anger as social signal for boundary maintenance. van der Kolk (2014) — anger as incomplete defensive response.

What TEG-Blue Adds

Anger reframed as a boundary-maintenance signal rather than a problem to manage. The gradient reveals what happens when the signal cannot complete: rerouting varies by mode position.

DisgustContamination detected

Somatic

What the body does with it

Nausea, retching, the closing of the mouth and nose. The gustatory cortex and the insula activate. The body prepares to expel. Disgust runs through ancient contamination-avoidance circuits that predate social cognition by hundreds of millions of years.

What it needs to complete

Removal. Either the contaminant is expelled, the distance is established, or the environment is confirmed safe. Disgust that cannot complete — because the contaminant is a person, a group, or a part of the self — stays open as permanent aversion.

Operational Insight
The biological mechanism is the same whether the contaminant is a toxin or a person. In Chronic Domination, disgust is the emotion that enables atrocity — through the activation of a contamination-avoidance circuit that was never designed to be directed at human beings.
Research Traditions

Rozin, Haidt & McCauley (2008) — disgust as evolved contamination-avoidance expanding into moral domain. Chapman & Anderson (2013) — shared neural substrates of physical and moral disgust.

What TEG-Blue Adds

Disgust traced across the gradient reveals its role in dehumanisation. The nervous system generates the same rejection response regardless of whether the target is a toxin or a person.

ShameBelonging at risk

Relational

What the body does with it

Withdrawal, shrinking, heat, the desire to disappear. Shame is a social survival signal — it evolved to preserve belonging by flagging when the self is at risk of being cast out.

What it needs to complete

Relational evidence. The cycle cannot close alone. The nervous system is waiting for another person to stay — to remain present without contempt after seeing the thing that feels shameful. That staying is the biological signal the cycle needs. No amount of breathing resolves shame.

Operational Insight
In Chronic Connection, shame becomes identity. In Chronic Domination, it is projected outward — the most potent shame signal in the system and the most completely blocked, reinterpreted as evidence of others' deficiency.
Research Traditions

Schore (2003) — shame as a primary regulatory affect in early development. Tangney & Dearing (2002) — shame vs guilt as distinct self-conscious emotions. Brown (2006) — shame resilience and the role of relational connection.

What TEG-Blue Adds

Shame identified as requiring a relational completion pathway — not as a clinical observation but as a biological constraint. Co-regulation is not optional but structurally necessary for shame to resolve.

GuiltHarm done

Relational

What the body does with it

Discomfort, restlessness, the pull toward repair. Guilt is a corrective signal — it exists to prompt the person to address the impact and restore what was damaged.

What it needs to complete

Acknowledgment of the impact, genuine repair, and the other person's experience being received — not just cognitively registered but felt through Emotional Resonance (ER). The repair closes the cycle. Guilt that is performed without being felt does not complete.

Operational Insight
In Chronic Domination, the guilt signal is structurally erased because vmPFC — which carries guilt, care, and consequence — is suppressed. The behaviour does not change because the signal that would drive change is not received.
Research Traditions

Tangney & Dearing (2002) — guilt as behaviour-focused self-conscious emotion. Baumeister, Stillwell & Heatherton (1994) — guilt as relational regulator. Koenigs et al. (2007) — vmPFC damage and impaired guilt processing.

What TEG-Blue Adds

Guilt identified as requiring relational completion — the other person's experience must be felt through Emotional Resonance (ER), not just cognitively registered. Performed apology does not resolve guilt because the somatic channel (ER) is not engaged.

SadnessLoss

Somatic (relational when loss is relational)

What the body does with it

Withdrawal, slowing, tears. Energy turns inward. Sadness is a conservation signal — it pulls the person away from engagement to allow the loss to be integrated.

What it needs to complete

Time, space, and — for relational losses — the presence of someone who can hold the grief without fixing it. The tears are part of the discharge. Interrupting sadness with activity or forced positivity prevents completion.

Operational Insight
Ungrieved loss sits underneath Chronic Protection: the original loss that started the alarm was never processed because processing requires lowering the guard.
Research Traditions

Bowlby (1980) — grief as attachment behaviour. Panksepp (1998) — GRIEF/PANIC system as primary emotional circuit. Stroebe & Schut (1999) — dual process model of bereavement.

What TEG-Blue Adds

Sadness mapped as both somatic and relational depending on the nature of the loss. Grief (relational sadness) requires the presence of someone who holds without fixing — a specific relational condition, not a general support need.

JoySafety confirmed

Somatic

What the body does with it

Expansion, energy, approach. The body opens. Dopamine flows. The system moves toward the source of the signal. Joy is an approach signal — it evolved to move the person toward conditions that support survival and thriving.

What it needs to complete

Presence. Joy completes through being experienced — fully, in the body, without the mind already scanning for what will take it away. Interrupted joy prevents the signal from completing.

Operational Insight
Joy is not absent in chronic modes — it is transformed. In Chronic Connection it becomes performance, in Chronic Protection it becomes threatening, in Chronic Domination it becomes power. The only joy available in each chronic mode is the joy that does not require vulnerability.
Research Traditions

Fredrickson (2001) — broaden-and-build theory. Panksepp (1998) — PLAY and SEEKING systems. Berridge & Robinson (2003) — dopamine as wanting/approach signal.

What TEG-Blue Adds

Joy reframed as a safety-confirmation signal rather than a goal state. The gradient reveals the transformation: the signal is present at every position, but what the mode allows it to become changes completely.

LoveBond

Relational

What the body does with it

Oxytocin, warmth, the pull toward closeness. The body orients toward the other person. The co-regulation circuit activates. Love is the most potent relational signal the nervous system generates.

What it needs to complete

Reciprocity — the signal received and returned. Love that is given without landing, or love that is demanded without being genuinely offered, does not complete. The cycle closes through mutual contact — genuine felt presence, not performance.

Operational Insight
Love does not disappear in chronic modes — it transforms. In Chronic Connection it becomes fusion, in Chronic Control it becomes transaction, in Chronic Domination it becomes ownership. The signal is present in all positions. What changes is what the mode does to it.
Research Traditions

Bowlby (1969) — attachment as a primary biological system. Panksepp (1998) — CARE system. Uvnas-Moberg (2003) — oxytocin and the calm-and-connection system. Coan (2008) — social baseline theory.

What TEG-Blue Adds

Love traced across the gradient reveals that the signal persists at every position — what changes is the mode's transformation of it. In Chronic Domination, care exists but is indistinguishable from control.

EnvyGap detected

Somatic

What the body does with it

Tension, comparison, the pull toward either acquisition or diminishment. Envy is a gap-detection signal — it evolved to identify what is needed and motivate action to close the distance.

What it needs to complete

The gap must either close (the person acquires the resource or develops the quality) or be accepted (the person integrates the reality without it threatening belonging). Envy that cannot resolve stays open as chronic comparison.

Operational Insight
In fluid operation, envy becomes admiration and growth. In Chronic Domination, envy becomes destruction — if the gap cannot be closed, what is envied must be eliminated. The same signal produces radically different outcomes depending on where the compass is.
Research Traditions

Smith & Kim (2007) — envy as a social comparison emotion. Crusius, Gonzalez, Lange & Cohen-Charash (2020) — envy as a functional emotion. Festinger (1954) — social comparison theory.

What TEG-Blue Adds

Envy reframed as a gap-detection signal rather than a moral failing. The gradient reveals the full transformation from admiration to destruction.

PART 3

The Architecture

Somatic vs Relational — Two Completion Pathways

Not all emotions can complete their cycle alone. This is not a weakness or a failure. It is biology.

Somatic emotions — those whose content is about the body's own state (a physical threat, a boundary crossed, a startle, mobilised energy) — can complete through the body's own channels when conditions allow. Breathing, movement, time. The cycle can close internally.

Relational emotions — Shame and Guilt primarily, with relational components in Sadness and Love — cannot complete this way. Their content is not about the body's state. It is about belonging. The signal these emotions carry is: something is wrong with me in relation to you. The body is not waiting for somatic discharge. It is waiting for relational evidence.

Operational Insight
No amount of breathing resolves shame. The nervous system is waiting for another person to stay — to remain present without contempt after seeing the thing that feels shameful. That staying is the biological signal the cycle needs to close.
Emotion
Type
Completion Pathway
Fear
Somatic
Threat resolves, safety established
Anger
Somatic
Boundary reasserted or acknowledged
Disgust
Somatic
Contaminant removed, distance established
Shame
Relational
Another person stays without contempt
Guilt
Relational
Impact acknowledged, other's experience felt through Emotional Resonance (ER)
Sadness
Somatic / Relational
Time and space; for relational loss, presence without fixing
Joy
Somatic
Full presence, experienced in body
Love
Relational
Signal received and returned — genuine felt presence
Envy
Somatic
Gap closes or is accepted
Research Traditions

Affect regulation: Schore (2003) — co-regulation as the mechanism through which relational affects are processed. Polyvagal Theory: Porges (2011) — the social engagement system as the pathway for relational completion. Somatic experiencing: Levine (1997) — completion of the activation cycle as a somatic process.

What TEG-Blue Adds

The explicit distinction between somatic and relational completion pathways as a structural feature of the emotional signal system — not a clinical observation but a design constraint. Somatic emotions have an internal exit. Relational emotions do not. This makes co-regulation not a therapeutic technique but a biological requirement for specific emotional states.

The Developmental Consequence

A child whose relational emotions are never co-regulated does not just fail to develop a general return capacity. They fail to develop the specific pathway for the emotions that are hardest to bear — the ones about belonging, worth, and whether they are safe in relationship.

These are precisely the emotions most likely to be suppressed in environments where emotional expression is dangerous or unwelcome. The result: the child grows up with open cycles specifically in the relational domain. Shame cycles that never closed. Grief that never completed. Fear of abandonment that never received the relational evidence it was waiting for.

These stay open — accumulating debris — because the completion pathway requires something the environment never provided.

When relational emotions repeatedly cycle without completion — when the nervous system keeps sending the signal and the relational evidence never arrives — the system eventually stops sending. Not because the need disappears. Because the channel that was supposed to receive the signal has been consistently empty. Emotional Resonance (ER) and Self-Emotional Awareness (SEA) go down. The flatness is, in part, the accumulated effect of relational cycles that were never allowed to close.

Operational Insight
The child does not fail to develop regulation in general — they fail to develop the completion pathway for the specific emotions that require relational evidence.
Research Traditions

Right-brain development: Schore (2003) — co-regulation as the mechanism through which regulatory pathways build. Mutual regulation: Tronick (2007) — the impact of chronic misattunement. Developmental trauma: van der Kolk (2014) — consequences of emotional neglect on regulatory capacity.

What TEG-Blue Adds

The developmental consequence mapped at the level of specific emotions rather than general regulatory capacity. This specificity explains why someone can regulate fear effectively (somatic pathway intact) while being unable to process shame at all (relational pathway never built). The flatness that results is not emotional absence. It is the accumulated effect of a channel that stopped sending because no one was receiving.

Where to Go Next

If you want to...Go here
See the full M1 model — compass, modes, gradient, filtersM1: Nervous System Signaling →
Understand what determines how well the compass worksM2: Three Awareness Capacities →
Understand what happens when the activation cycle doesn't completeM3: Regulation Capacities →
Understand the foundational theory behind this modelF1: Emotions as Biological Information →
Explore the interactive toolsteg-blue.com →