
SCIENTIFIC FOUNDATIONS
“Regulation Shapes Growth”
Self-Scaffolding draws on convergent findings across neuroscience, psychology, and learning science.
These scientific perspectives inform a regulation-first architecture for understanding human capacity.
Core Scientific Influences
Stephen Porges
Polyvagal Theory
Explains how the autonomic nervous system organises safety, connection, and state-dependent functioning.
Daniel J. Siegel
Interpersonal Neurobiology
Integrates brain, body, emotion, and relational context into a unified understanding of human development.
Russell A. Barkley
Executive Function and Self-Regulation
Demonstrates how self-regulation shapes attention, inhibition, behavioural control, and learning access.
Norman Doidge
Neuroplasticity
Demonstrates how repeated experience reshapes neural organisation over time.
Self-Scaffolding integrates these convergent scientific perspectives into a structural model for understanding how biological regulation may influence cognitive access and adaptive functioning across contexts.
While state-dependent effects have been explored across multiple areas of research, Self-Scaffolding focuses on how changes in regulation relate to attention, reflection, decision-making, learning, and everyday functioning. The framework applies these principles to real-world human contexts and provides practical methods for recognising and responding when cognitive resources become less available.