Self Reg

Question 1

What are the four part heirchy of stress response in Stephen porges’s polyvagal theory?

Answer 1

Social engagement ➡️ fight or flight ➡️ freeze ➡️ dissociation

Question 2

What are the Blue Brain, Red Brain, and Brown Brain in Shanker’s Self-Reg model?

Answer 2

Blue Brain = Calm, engaged learning state
Prefrontal cortex is active
Student can think, reflect, learn, and self-regulate
This is where academic learning happens
Red Brain = High stress / threat state
Fight, flight, or freeze response
Reasoning and language access are reduced
Behavior is reactive, not intentional
Brown Brain = Low energy / shutdown state
Fatigue, overwhelm, disengagement
Student may appear compliant, withdrawn, or “checked out”
Learning is minimal despite quiet behavior
Key Idea:
You cannot teach a student out of red or brown brain using consequences or reasoning.
The goal of self-reg is to reduce stress and restore blue brain before expecting learning or behavior change.

Question 3

What is the Thayer Energy Transition Matrix and why does it matter for self-reg?

Answer 3

The Thayer Energy Matrix conceptualizes regulation along two dimensions: energy level (high ↔ low) and tension (high ↔ low). While mood or affect may be experienced within each quadrant, these are outcomes of the underlying physiological state rather than the defining features. From a Self-Reg perspective, effective learning occurs when students have sufficient energy and low stress load, and adult support focuses on reducing stressors and supporting regulation rather than managing behavior or emotion directly.
Quadrant 1: High Energy + Low Tension
(Alert, focused, engaged)
This state reflects optimal regulation for learning. The nervous system has enough energy to engage with tasks, while stress levels remain manageable.
Common student presentations:
Focused attention
Curiosity and persistence
Flexible thinking
Willingness to attempt challenge
Adult interpretation:
The child is not “behaving well” — they are well-regulated.
Supports that maintain this state:
Clear expectations
Predictable routines
Appropriate challenge (not too easy, not too hard)
Brief movement breaks to sustain energy
Quadrant 2: High Energy + High Tension
(Anxious, agitated, impulsive)
Here, the system has plenty of energy, but it is being consumed by stress and threat response. This is often misinterpreted as misbehavior or poor self-control.
Common student presentations:
Hyperactivity or agitation
Emotional outbursts
Difficulty listening or waiting
“Red-brain”-like reactions
Adult interpretation:
The problem is not excess energy — it is excess tension.
Effective supports:
Reduce sensory and cognitive load
Increase predictability and emotional safety
Use co-regulation (calm adult presence)
Heavy work or grounding movement rather than stimulation
Quadrant 3: Low Energy + High Tension
(Withdrawn, overwhelmed, shut down)
This is a depleted stress state, where energy reserves are low but tension remains high. Learning is very difficult here, yet this state is often overlooked because it is “quiet.”
Common student presentations:
Avoidance or disengagement
Irritability or tearfulness
Fatigue, slumped posture
“Brown-brain”-like responses
Adult interpretation:
The child is conserving energy, not being unmotivated.
Effective supports:
Reduce task demands
Provide rest, nutrition, or comfort
Rebuild emotional safety
Avoid pressure or urgency
Quadrant 4: Low Energy + Low Tension
(Calm, relaxed, content)
This state reflects successful regulation, but with insufficient arousal for sustained academic learning.
Common student presentations:
Calm and compliant
Daydreaming or slow initiation
Appears settled but not engaged
Adult interpretation:
Regulated does not always mean “ready to learn.”
Effective supports:
Gentle movement or stimulation
Music, rhythm, or novelty
Gradual cognitive activation
Warm encouragement
Key Self-Reg Takeaway (strong closing idea)
Across all quadrants, the instructional goal is not to push students into a specific emotional state, but to:
Reduce unnecessary stressors
Support nervous system regulation
Adjust energy demands thoughtfully
This reflects the core insight of Self-Reg theory associated with Robert Thayer and later expanded by Stuart Shanker:
Regulation precedes emotion, behavior, and learning.

Question 4

How is self-reg different from self-control?

Answer 4

Self-control:
Inhibit impulses
Suppress emotions
Manage their own behaviours
Self-reg: Understand why behavior is happening and reduce stressors
Shanker argues that expecting self-control without addressing stress is developmentally unrealistic, especially for young children.

Question 5

The Five Domains of Self-Regulation

Answer 5

According to Self-Reg Schools (based on the work of Stuart Shanker)

• biological, emotion, cognitive, social, protocol

1️⃣ Biological Domain
What it is: The body’s physical state
Includes: Sleep, hunger, illness, sensory input (noise, light, movement)
In school: A tired, hungry, or overstimulated child has reduced capacity to learn
Key idea: Regulation starts with the body
2️⃣ Emotional Domain
What it is: Feelings and emotional intensity
Includes: Fear, excitement, frustration, anxiety
In school: Big emotions can overwhelm thinking and attention
Key idea: Emotions drain or restore energy
3️⃣ Cognitive Domain
What it is: Mental effort and thinking demands
Includes: Attention, problem-solving, working memory, learning new material
In school: Tasks that are too hard or too easy increase stress
Key idea: Thinking costs energy
4️⃣ Social Domain
What it is: Stress from social interactions
Includes: Peer conflict, group work, social expectations, feeling excluded
In school: Social stress can look like withdrawal or acting out
Key idea: Relationships regulate—or dysregulate—us
5️⃣ Prosocial Domain
What it is: Empathy and concern for others
Includes: Caring, helping, moral stress, compassion fatigue
In school: Some students become dysregulated from caring too much
Key idea: Kindness also uses energy
⭐ Big Takeaway
Behavior is a signal of stress across domains—not a lack of motivation or character.
Effective self-regulation means recognizing stressors, reducing them, and restoring energy across all five domains..

Question 6

The Five Practices of Self-Regulation

Answer 6

The Five Practices (at a glance):
1️⃣ Reframe Behavior
2️⃣ Recognize Stressors
3️⃣ Reduce Stress
4️⃣ Reflect
5️⃣ Respond (Restore & Build Resilience)
According to Self-Reg Schools (based on the work of Stuart Shanker)
1️⃣ Reframe Behavior
What it means: See behavior as a stress response, not misbehavior
Shift: “What’s wrong with you?” → “What’s happening for you?”
In school: Meltdowns signal overload, not defiance
2️⃣ Recognize Stressors
What it means: Identify hidden stress across all five domains
Includes: Biological, emotional, cognitive, social, prosocial
In school: Noise, transitions, peer dynamics, task difficulty
Key idea: Stress is often invisible
3️⃣ Reduce Stress
What it means: Remove or soften stressors where possible
Strategies: Adjust environment, chunk tasks, add movement, offer predictability
In school: This is not lowering expectations—it’s removing barriers
4️⃣ Reflect
What it means: Build self-awareness after calm is restored
Focus: Body signals, emotions, triggers, recovery strategies
In school: Reflection does not happen during dysregulation
Key idea: Calm → reflect → learn
5️⃣ Respond (Restore & Build Resilience)
What it means: Teach strategies that restore energy and strengthen regulation
Includes: Breathing, movement, connection, routines, self-talk
In school: Over time, students learn what helps their nervous system
Key idea: Regulation is learned through co-regulation
⭐ Big Takeaway
Self-Reg is not about controlling behavior—it’s about building nervous system capacity so students can meet expectations.

Question 7

Introception

Answer 7

The felt experience or sense of internal physiological states (the dynamic, measurable internal conditions of an organism’s body and mind, including heart rate, blood pressure, temperature, and hormonal levels) and what is going on inside your body

Question 8

Exteroception

Answer 8

A sensitivity or sense of stimuli outside the body

Question 9

Need to di ch 2

Question 10

Shanker’s Three Brain States (Self-Reg)

Answer 10

Blue Brain — Regulated / Thinking
State: Calm, balanced energy, low tension
Brain access: Prefrontal cortex online
Student signs: Focused, flexible, able to learn
Teaching focus: Instruction, problem-solving, challenge
🔴 Red Brain — Fight / Flight
State: High energy, high tension
Brain access: Limbic system dominant; thinking brain offline
Student signs: Anxiety, agitation, impulsivity, outbursts
Teaching focus: Reduce stressors, co-regulate, restore safety
🟤 Brown Brain — Freeze / Shutdown
State: Low energy, high tension
Brain access: Conservation mode; minimal cognitive access
Student signs: Withdrawal, fatigue, disengagement
Teaching focus: Restore energy, reduce demands, provide comfort
⭐ Key Self-Reg Principle
Behavior reflects brain state. Regulation must come before learning.

Question 11

Brain parts active in blue red brown activation

Answer 11

🔵 Blue Brain (Calm / Regulated)
Prefrontal Cortex
Hippocampus
🔴 Red Brain (Fight / Flight)
Amygdala
Hypothalamus
Sympathetic Nervous System
🟤 Brown Brain (Freeze / Shutdown)
Dorsal Vagal Complex
Reduced activity in Prefrontal Cortex
Brainstem-driven parasympathetic dominance