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Research Platform

Open science publishing for emotional regulation research

Peer-reviewed publications, foundational theories, and open methodology for understanding emotional regulation through the nervous system. All content is designed to be readable by both humans and AI systems.

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6 results
Working PaperWorking Paper

TEG-Blue: The Emotional Gradient Blueprint — An Integrative Architecture for Emotional Intelligence

Presents the complete theoretical architecture of TEG-Blue, synthesizing polyvagal theory, attachment theory, dual-process cognition, trauma research, and systems thinking into a unified framework with four core components.

emotional intelligenceintegrative frameworkpolyvagal theoryattachment theory
PublicationPublished

Detecting Regulatory States in Natural Language

A validation study testing whether the Four-Mode Gradient framework can reliably detect emotional regulatory states in natural language, with implications for therapeutic and educational applications.

emotional regulationfour-mode gradientnatural languagevalidation
TheoryPublishedJohn Bowlby

Attachment Theory

Early relational experiences create internal working models that shape emotional regulation, relational patterns, and threat responses across the lifespan.

psychologyattachmentinternal working modelsrelational patterns
TheoryPublishedStephen Porges

Polyvagal Theory

The autonomic nervous system operates through three hierarchical circuits — ventral vagal, sympathetic, and dorsal vagal — that shape our capacity for social engagement, mobilization, and immobilization.

neuroscienceautonomic nervous systemvagal toneneuroception
GlossaryPublished

Four-Mode Gradient

The Four-Mode Gradient is TEG-Blue's core mapping tool, identifying four distinct regulatory states the nervous system cycles through. It extends polyvagal theory by adding Restore as a fourth active state.

coreF1regulatory statesemotional regulation
GlossaryPublished

Regulatory State

A regulatory state is the nervous system's current operating mode, shaped by neuroception and expressed through physiology, cognition, and behavior. TEG-Blue identifies four primary regulatory states in the Four-Mode Gradient.

coreneurosciencenervous systemregulation