Precise definitions of the concepts that underpin GLIA: cognitive load, cognitive state, dynamic profile, neurological adaptation, and more.
The GLIA Knowledge Base is the living glossary of the cognitive learning operating system. Each article defines a concept that GLIA uses precisely — with its scientific foundation, how it is measured, and how it is applied.
This is not a blog. Not marketing. These are definitions that educators, families, and professionals can use to understand and discuss cognitive learning with rigor.
The real neurological availability of a learner at a given moment. The central concept of the GLIA framework.
Read →What cognitive load is, how it affects learning, and how GLIA manages it in real time.
Read →Barkley's model applied to learning: planning, inhibition, working memory, and flexibility.
Read →How the brain organizes knowledge internally and why it is the underlying architecture of all complex learning.
Read →What educational neurodiversity is, why it is not a diagnosis, and how it changes the design of learning environments.
Read →The difference between curriculum adaptation, personalization, and genuine dynamic cognitive adaptation.
Read →What it is, how it is measured, and why it is one of the six central dimensions of the GLIA model.
Read →A profile that is not fixed at onboarding. How GLIA builds, updates, and uses it.
Read →Miserandino's model applied to cognitive energy: why some students arrive home depleted.
Read →Siegel's model: what happens when a student leaves their regulation zone and how GLIA detects it.
Read →Vygotsky applied to adaptive task design: what the student can do alone and what they can do with support.
Read →How GLIA adjusts interface and pacing based on observed cognitive state, not static profile.
Read →The data GLIA collects through observed behavior to build the longitudinal cognitive profile.
Read →The foundational document that contextualizes all these concepts within the cognitive operating system.
View framework →How these concepts translate into real situations: student with ADHD, ASD, high cognitive capacity.
View cases →The whitepapers developing these concepts with data and academic references.
View research →