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Open Research

Transparent methods, credited sources, testable claims

Open Research

Transparent methods, credited sources, testable claims

THE EMOTIONAL-SOMATIC SYSTEM

The System

What TEG-Blue Reads

The biological system running continuously in every human body — detecting, signaling, and responding to the environment before conscious awareness arrives. Not a model. Not a framework. The territory all three Compass models describe. TEG-Blue proposes an organizational model for reading its components together: four root layers that converge into one readable system.

Core Question
What determines the outcome of an emotion — the emotion itself, or the state of the system it enters?
Draws fromF1F12

The System

Before any thought forms, the body has already responded. A sound in the hallway. A shift in someone's tone. A memory triggered by a smell. The nervous system detects, evaluates, and acts — in milliseconds, below conscious awareness.

This is the emotional-somatic system. It is not a metaphor. It is the pre-cognitive processing architecture that runs continuously in every human body: detecting signals from the environment, activating physiological states, configuring what capacities are available, and determining whether activation cycles complete or accumulate.

Cue detection begins at 10–50ms. The amygdala's fast pathway reaches threat evaluation before the cortex engages. Physiological response is organized before cognition arrives. By the time a person becomes aware of what they are feeling, the system has already configured what they have access to.

Operational Insight
TEG-Blue did not invent this system. TEG-Blue built an instrument to read it.

The instrument is The Compass — three models that each read one layer of the emotional-somatic system. M1 reads where the system currently is. M2 reads what the system can receive. M3 reads whether the system can complete its cycle. Together, they provide a convergence reading: the full state of the system at any given moment.

Research Anchoring

The emotional-somatic system is not a novel claim. It is described across established research traditions. Each tradition describes a component — a specific mechanism through which the body processes emotional information before, faster than, and often independently of conscious cognition.

ComponentResearch TraditionKey ResearchersWhat They Established
Pre-cognitive threat detectionAffective neuroscienceLeDoux (1996, 2015)The amygdala’s low road — sensory data reaches threat detection before conscious processing
Somatic markers in decision-makingSomatic marker hypothesisDamasio (1994, 1999)The body generates feeling-states that guide cognition, not the reverse
Autonomic state regulationPolyvagal theoryPorges (2011)Hierarchical autonomic states (ventral vagal → sympathetic → dorsal vagal) that organize social behavior
Interoception as emotional substrateInteroception researchCraig (2002, 2009)Internal body sensing as the physiological basis of subjective feeling
Emotion as construction from body signalsConstructed emotion theoryBarrett (2017)Emotions are the brain’s interpretation of interoceptive and sensory data in context
Allostatic load from incomplete cyclesAllostasis researchMcEwen (1998, 2003)Cumulative physiological cost when the body cannot return to baseline
Affective systems as primaryAffective neurosciencePanksepp (1998)Seven primary emotional circuits operating below cortical control

What these traditions share: the body processes emotional information before, faster than, and often independently of conscious cognition.

What they don't share: an operational framework for reading these components together — how emotional signals, awareness capacities, autonomic states, and biological restoration interact as one system across a continuous gradient.

Operational Insight
TEG-Blue proposes an organizational model — not a new system, but a specific way to read the established components together. Four root layers converge into a reference that can be read at any position along the activation gradient.

Four Layers

The emotional-somatic system, as TEG-Blue maps it, operates through four layers that run simultaneously. At any given position on the activation gradient, each layer has a specific configuration. The convergence of all four layers is the system's full state.

INPUT
What fires · Future M4
Emotions as signals — each carrying specific biological information. The system’s signal language.
STATE
What configures · M1
The nervous system mode position — four modes on a continuous gradient, each organizing perception, cognition, and behavior.
RECEPTION
What can be received · M2
Reading Emotions (RE), Emotional Resonance (ER), Self-Emotional Awareness (SEA) — what data gets in and how it’s processed.
COMPLETION
What resolves or fails · M3
Whether the activation cycle completes through biological restoration or gets intercepted by cognitive override.

Select an emotion below. The instrument reads the system across all four layers simultaneously. Toggle between fluid and chronic to see how the same emotion, entering the same system, produces a completely different cascade — because of the state the system is in.

Each layer label links to its model page for the full instrument. The S Diagram is the overview. The M pages are where you go deep.

Three Models

The Compass is TEG-Blue's instrument for reading the emotional-somatic system. It is not the system. It is the measurement tool. Three models, each reading one angle:

M1
Nervous System Signaling
The Instrument
State layerWhere the system currently is
Which mode the nervous system has organized around, and whether that position is fluid or chronic.
M2
Three Awareness Capacities
The Calibration
Reception layerWhat the system can receive
Which awareness capacities are online, which are degraded, and what configuration that produces.
M3
Regulation Capacities
The Return Pathway
Completion layerWhether the system can complete its cycle
Whether activation resolves through biological restoration or gets intercepted by cognitive override.

Together, M1 + M2 + M3 = The Compass. Signal → Perception → Return.

The Critical Property

Operational Insight
State precedes capacity. The emotional-somatic system determines what responses are available. It is not an obstacle to rational behavior — it is the system that sets the conditions under which rational behavior is or is not possible.

The system operates at millisecond speed. Cue detection begins at 10–50ms. The amygdala's fast pathway evaluates threat before cortical processing begins. By the time a person becomes aware of what they feel, the system has already configured perception, narrowed or broadened cognition, activated or suppressed empathy, and determined whether repair is available.

This is why position on the gradient matters less than mobility across it. A person in Protection mode who can return to baseline has a fundamentally different outcome than a person locked in chronic Protection. The mode is the same. The capacity to return is what differs.

THE CORE TESTABLE CLAIM

The key variable that predicts relational and behavioral outcomes is not a person's current regulatory state, but their capacity to return to baseline when challenged.

This capacity is measurable through “complexity markers” — signs of self-awareness, perspective-taking, and emotional differentiation in natural language. In a computational study of 10,000+ conflict narratives, de-escalators showed 78% higher rates of complexity markers than escalators.

Health is mobility, not position. Getting stuck is the problem — not which mode a person visits. All four modes serve the organism. A fluid compass can visit any mode and return. A stuck compass cannot.

12 Frameworks

Every framework is one angle on the emotional-somatic system. The Individual arc (F1–F3) covers how the system forms. The Collective arc (F4–F7) covers how it scales. The Repair and Complexity arc (F8–F12) covers how it changes. Each framework maps to specific layers.

ArcIDFrameworkESS LayerAngle
IndividualF1Emotions as Biological InformationInput → State → CompletionThe designed cycle
F2Awareness Teaches AwarenessReceptionHow the reception layer calibrates
F3Adult Cognition & False CoherenceCompletionWhen completion is replaced by cognition
CollectiveF4Rules RegulateStateHow state scales into collective rules
F5Worth Hierarchies RegulateReceptionHow reception gets filtered by worth
F6Bias RegulatesState → ReceptionHow state constrains reception through bias
F7Domination RegulatesState → CompletionHow state escalates when completion fails
Repair & ComplexityF8Repairing AwarenessReceptionHow the reception layer rebuilds
F9Neurodivergence as VariationInputHow input variation changes the cascade
F10Generational BridgesAll layersHow the system transmits across generations
F11The Logic Behind ParadoxesStateWhy state determines holding capacity
F12Our Two Information SystemsAll layersThe timing architecture underneath

For the full two-system architecture explaining why state precedes capacity at every scale, see F12: Our Two Information Systems.