Neuroscientific and Psychological Foundations
of the MGA Smart Reset Method
— What Everything Is Built On
This page presents the empirical and theoretical foundations on which our approach is built.
Neuroscientific and Psychological Foundations
of the MGA Smart Reset Method
— What Everything Is Built On
This page presents the empirical and theoretical foundations on which our approach is built.
The vision and methodology of Mental Growth Academy are grounded in consistent findings from neuroscience, stress physiology, and performance psychology:
Stress and performance
Under pressure, the brain automatically shifts into survival mode, temporarily inhibiting executive functions in the prefrontal cortex.
(Stress response & executive inhibition — Joseph LeDoux, Amy Arnsten)
Autonomic nervous system
Regulation of tension occurs primarily via the brainstem and the autonomic nervous system, before cognitive control becomes possible.
(Polyvagal framework, autonomic regulation — Stephen Porges)
Bottom-up before top-down
Physiological regulation (breathing, movement, sensory input) is the fastest and most reliable pathway back to regulation. Cognitive control follows only once the system is back online.
(Bottom-up vs. top-down processing — Stephen Porges, Dan Siegel)
Regulate – Relate – Reason
Sustainable behavioural change requires regulation first, then safety and connection, and only afterwards reflection and learning.
(Sequential Engagement Theory — Bruce Perry)
Window of Tolerance
Learning, performance, and self-regulation are only possible within a regulated physiological bandwidth.
(Window of Tolerance — Dan Siegel)
Self-awareness under pressure
Meta-awareness and self-monitoring decrease precisely as stress increases, making explicit training essential.
(Stress-induced loss of metacognition — Amy Arnsten, Roy Baumeister)
Trainability
Regulation, recovery, and resilience are not personality traits, but neurologically trainable skills.
(Neuroplasticity — Norman Doidge, Bryan Kolb & Ian Whishaw)
In addition, MGA is grounded in well-established principles related to language, attention, and automatisation:
Affect labeling
Naming internal experiences activates prefrontal networks and reduces amygdala activity.
(“Name it to tame it” — Dan Siegel; affect labeling — Matthew Lieberman)
Self-talk and attention
Task-focused, non-evaluative self-talk supports focus and execution once the brain is regulated again.
(Attentional focus, self-talk — Gabriele Wulf, Lew Hardy)
Routines and rituals
Repeatable structures reduce cognitive load and increase predictability.
(Habit formation, cognitive load — Daniel Kahneman, Ann Graybiel)
Growth-oriented language and mindset
Process- and development-focused language increases learning readiness and persistence within a regulated system.
(Growth mindset — Carol Dweck)
Task focus over performance language
Attention directed at executable actions reduces threat and supports the action system more effectively than evaluative language.
(Task focus vs. ego focus — John Nicholls; Self-Determination Theory — Edward Deci & Richard Ryan)
Language, routines, and focus do not replace regulation, but strengthen it once the system is back online.
The Smart Reset Method translates these foundations
into actionable steps under pressure.