Tag Archives: wellness

Highway Hypnosis, what is it:

Highway hypnosis (also called “white line fever”) is a state of automatic driving in which a person operates a vehicle for a long stretch, often on a highway, and later realizes they don’t clearly remember part of the trip.

It’s not literal hypnosis. It’s a form of dissociation and automatic processing.

What Happens Neurologically?

“PLEASE CONSULT A NEUROLOGIST“

When driving becomes highly familiar and repetitive:

  • The brain shifts control from conscious, effortful attention (prefrontal cortex) “PLEASE CONSULT A NEUROLOGIST”
  • To more automatic procedural systems “PLEASE CONSULT A NEUROLOGIST“

This is similar to how we:

  • Type without looking at the keyboard
  • Walk without thinking about each step

Your brain is functioning, just on “autopilot.”

Common Signs

  • Missing exits or road signs
  • Not remembering the last several miles
  • Feeling “zoned out”
  • Arriving at your destination with little recall of the drive
  • Mild time distortion

Importantly:
You are still reacting to traffic cues, just with reduced conscious awareness.

Is It Dangerous?

Maybe.

While reaction time may still be intact, situational awareness decreases, especially if combined with:

  • Fatigue
  • Sleep deprivation
  • Monotonous scenery
  • Long, straight highways
  • Emotional preoccupation
  • Chronic stress

Highway hypnosis differs from microsleep, which is brief actual sleep and far more dangerous.

Psychological Perspective

From a clinical lens, highway hypnosis resembles:

  • Mild dissociation
  • Attentional narrowing
  • Default Mode Network dominance
  • Habit-loop automation

It’s essentially low-arousal cognitive drift.

In people prone to dissociation, trauma, or chronic hyperarousal, it may occur more easily.

How to Prevent It

  • Get adequate sleep
  • Change sensory input (music, podcast, open window)
  • Move your body (shift posture)
  • Take breaks every 1–2 hours
  • Hydrate
  • Engage in mild cognitive activation (e.g., narrate surroundings)

Deeper Angle

There’s an interesting overlap with:

  • Trance states
  • Meditation
  • Flow states
  • Dissociative coping mechanisms

The key difference:
Highway hypnosis is passive and low-awareness, whereas flow is active and high-awareness.

Shervan K Shahhian

Pseudoneurological, what is it:

“PLEASE CONSULT WITH A NEUROLOGIST/MEDICAL DOCTOR”

Pseudoneurological refers to symptoms that appear neurological (like paralysis, blindness, seizures, numbness, speech problems) but are not caused by structural neurological disease.

“PLEASE CONSULT WITH A NEUROLOGIST/MEDICAL DOCTOR”

In modern clinical language, this term is largely outdated and has been replaced by more precise diagnoses.“PLEASE CONSULT WITH A NEUROLOGIST/MEDICAL DOCTOR”

Current Clinical Term:

“PLEASE CONSULT WITH A NEUROLOGIST/MEDICAL DOCTOR”

Functional Neurological Disorder (FND)

Previously called Conversion Disorder, FND describes real neurological-type symptoms that arise from dysfunction in brain network processing rather than damage to the nervous system.

“PLEASE CONSULT WITH A NEUROLOGIST/MEDICAL DOCTOR”

What Pseudoneurological Symptoms Look Like

They can mimic conditions such as: “PLEASE CONSULT WITH A NEUROLOGIST/MEDICAL DOCTOR”

  • Stroke
  • Epilepsy
  • Multiple sclerosis
  • Parkinson’s disease

But medical tests (MRI, EEG, neurological exam) do not show structural pathology consistent with the symptoms. “PLEASE CONSULT WITH A NEUROLOGIST/MEDICAL DOCTOR”

Common presentations:

  • Non-epileptic seizures (psychogenic seizures)
  • Sudden paralysis or weakness
  • Loss of vision or hearing
  • Gait disturbances
  • Numbness without anatomical pattern
  • Speech disturbances

Important Clarification

These symptoms are:

  • Not faked
  • Not “imagined”
  • Not consciously produced

They are involuntary and often linked to:

  • Trauma
  • Severe stress
  • Dissociation
  • Emotional conflict
  • Chronic hyperarousal
  • Implicit memory activation
  • Somatoform dissociation
  • Autonomic nervous system dysregulation
  • Predictive coding errors in sensorimotor networks

Mechanism (Contemporary View)

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Research suggests dysfunction in:

  • Prefrontal cortex regulation
  • Limbic system overactivation
  • Motor cortex inhibition
  • Altered connectivity between emotional and motor networks

“It’s more of a software problem than hardware damage.”

Why the Term “Pseudoneurological” Is Problematic

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“Pseudo” implies “false” or “fake,” which:

  • Invalidates patient experience
  • Reinforces stigma
  • Misses the neurobiological component

Modern neuroscience recognizes FND as a genuine disorder of brain function. “PLEASE CONSULT WITH A NEUROLOGIST/MEDICAL DOCTOR”

Shervan K Shahhian

How to Increase Willpower:

Increasing willpower isn’t about “trying harder.” It’s about regulating energy, attention, and emotion so that self-control becomes sustainable rather than forced.

Here’s a structured, psychologically grounded approach:

1. Redefine Willpower: It’s Regulation, Not Force

Research in self-regulation initially framed willpower as a limited resource (“ego depletion”), though later findings complicated that model. What consistently holds true:

  • Willpower fluctuates with stress, sleep, glucose, and emotional load.
  • It’s easier to design around temptation than resist it repeatedly.

So the goal is reduce friction, not heroic resistance.

2. Strengthen the Nervous System First

Because you’ve been exploring hyperarousal, dissociation, and regulation, this is crucial:

Willpower collapses when the nervous system is:

  • In fight/flight (impulsive action)
  • In freeze (avoidance, procrastination)

Build regulation capacity:

  • Slow nasal breathing (4–6 breaths per minute)
  • Cold exposure (brief, controlled)
  • Sleep optimization
  • Strength training (improves executive function)

When the body is regulated, prefrontal control improves.

3. Use “Pre-Commitment” Instead of Raw Discipline

Borrow from behavioral economics:

  • Remove junk food from the house.
  • Put phone in another room.
  • Schedule workouts in calendar with reminders.
  • Use website blockers.

This reduces reliance on moment-to-moment willpower.

4. Build Micro-Wins (Neural Conditioning)

The brain builds identity through repetition.

Start with:

  • 5 minutes of the task.
  • 1 small promise kept daily.
  • One cold shower breath hold.
  • One delayed impulse per day.

Consistency > intensity.

Each kept promise increases self-trust.

5. Train Distress Tolerance

Willpower fails when discomfort feels threatening.

Practice:

  • Urge surfing (notice impulse, don’t act for 10 minutes)
  • Sit with mild boredom without stimulation
  • Delayed gratification exercises

This strengthens impulse control circuits.

6. Clarify Meaning (Not Just Goals)

Willpower increases when action connects to identity and values.

Ask:

  • Who am I becoming by doing this?
  • What future self benefits?
  • What kind of psychologist / thinker / practitioner am I training to be?

Identity-based motivation is stronger than outcome-based motivation.

7. Protect Cognitive Bandwidth

Willpower drains when:

  • You make too many decisions.
  • You’re sleep deprived.
  • You’re emotionally overloaded.
  • You’re ruminating excessively.

Simplify routines:

  • Fixed wake time.
  • Repeated meals.
  • Structured schedule blocks.

Reduce unnecessary internal debate.

8. Practice “Delayed Reaction Training”

Example exercise:

  1. When you feel urge (check phone, snack, react emotionally)
  2. Wait 60 seconds.
  3. Breathe slowly.
  4. Decide intentionally.

This builds the gap between impulse and action.

That gap is willpower.

9. Avoid the Grandiosity Trap

From a psychological maturity perspective:

True willpower isn’t extreme asceticism.
It’s steady, boring consistency.

Grand commitments often collapse.
Small sustainable systems build character.

10. Measure What You Keep

Track:

  • Promises made vs. promises kept.
  • Urges resisted.
  • Sleep hours.
  • Emotional triggers.

Awareness increases executive control.

Short Version

Willpower grows when you:

  • Regulate your nervous system
  • Reduce temptation exposure
  • Build small daily wins
  • Increase distress tolerance
  • Anchor action to identity
  • Protect sleep and energy

Shervan K Shahhian

Mental Rehearsal Activates, explained:

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Mental rehearsal activates many of the same neural systems as real performance.

This is why it’s powerful in performance psychology, sports, therapy, and skill acquisition.

Here’s what it activates:

1. Motor Cortex

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The primary motor cortex (in the frontal lobe) becomes active during vivid imagery of movement.

Research shows that imagining lifting your arm activates similar neural circuits as actually lifting it, just at lower intensity.

2. Premotor & Supplementary Motor Areas

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These regions plan and sequence movement.

When someone mentally rehearses a tennis serve, surgical procedure, or public speech, these planning circuits fire as if preparing for execution.

3. Cerebellum

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Involved in coordination and timing.

Mental practice refines timing patterns, even without physical movement.

4. Basal Ganglia

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Supports habit learning and automaticity.

This is why repeated visualization improves smoothness and confidence over time.

5. Autonomic Nervous System

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The body partially responds.

For example:

  • Heart rate may slightly increase
  • Muscles may show subtle activation (EMG detectable)
  • Stress hormones can shift

This is why emotional rehearsal (e.g., imagining a stressful interview) can either desensitize or intensify anxiety depending on how it’s done.

6. Emotional & Threat Circuits

If imagery is vivid, the amygdala activates—especially in fear-based rehearsal.

This explains:

  • Why trauma flashbacks feel real
  • Why confidence imagery reduces performance anxiety
  • Why catastrophic rumination strengthens fear pathways

7. Mirror Neuron System

When imagining or observing actions, the brain simulates them internally.

This supports:

  • Skill learning
  • Empathy
  • Behavioral priming

Why This Matters

Mental rehearsal works because:

The brain encodes imagined experience as “real enough” to strengthen neural pathways.

This principle is used in:

  • Elite sports psychology
  • Surgical training
  • Trauma therapy (e.g., imaginal exposure)
  • Performance anxiety treatment

Mental rehearsal strengthens whichever circuit is repeatedly activated.

  • Rehearsing competence: strengthens mastery networks
  • Rehearsing humiliation: strengthens threat prediction
  • Rehearsing dissociation: strengthens avoidance pathways

The nervous system doesn’t strongly distinguish between external and vividly simulated internal events.

Shervan K Shahhian

Mental Skills Training (MST), a great explanation:


Mental Skills Training (MST) is a structured, evidence based approach used to strengthen psychological abilities that enhance performance, resilience, and well-being.

It’s widely used in sports, military, performing arts, medicine, and executive leadership.

What It Develops

MST focuses on trainable psychological capacities such as:

  • Attention & concentration control
  • Emotional regulation
  • Stress tolerance
  • Confidence & self-efficacy
  • Motivation & goal clarity
  • Imagery & mental rehearsal
  • Self-talk regulation
  • Arousal regulation (activation vs calm)

It’s essentially performance psychology in action.

Core Techniques

Common tools include:

1. Goal Setting

  • Outcome goals (win, achieve X)
  • Performance goals (improve metric)
  • Process goals (specific behaviors)

Often structured using SMART frameworks.

2. Visualization / Imagery

Mental rehearsal activates similar neural pathways as physical execution.
Used extensively in Olympic training.

3. Self-Talk Training

Replacing automatic negative thoughts with task-focused cues.

Example:

  • “Don’t mess up”: “Strong, steady, smooth.”

4. Breath & Arousal Regulation

  • Box breathing
  • Diaphragmatic breathing
  • Pre-performance routines

Regulates sympathetic activation (fight-or-flight).

5. Attentional Control

Training narrow vs broad focus depending on task demands.

6. Resilience Training

Cognitive reframing, stress inoculation, adaptive attribution styles.

Theoretical Foundations

MST draws from:

  • Cognitive Behavioral Therapy (CBT)
  • Self-regulation theory
  • Psychophysiology of stress
  • Neuroplasticity research
  • Peak performance research (e.g., flow states)

What Makes MST Different From Therapy?

TherapyMental Skills Training
Focus on healing dysfunctionFocus on optimizing performance
Past-orientedFuture-oriented
Symptom reductionCapacity building
Clinical populationHigh-functioning individuals

That said, the two often overlap, especially when performance anxiety, trauma history, or identity instability affect execution.

Clinical & Applied Use

MST can be integrated into:

  • Trauma-informed performance work
  • Nervous system regulation training
  • Executive function strengthening
  • Identity consolidation under stress

It is especially powerful when paired with somatic regulation work, since cognitive skills fail under dysregulated autonomic states.

In Simple Terms

Mental Skills Training:
“Strength training for the mind under pressure.”

Shervan K Shahhian

Performance Psychology, what is it:

Performance psychology is the scientific study of how thoughts, emotions, physiology, and behavior affect performance in high-pressure environments, and how to optimize them.

It sits at the intersection of psychology, neuroscience, and performance science.

Core Idea

Performance psychology focuses on helping people perform at their best when it matters most, not just when they feel comfortable.

It is used in:

  • Elite sports
  • Military and tactical units
  • Performing arts
  • Business leadership
  • Medicine (e.g., surgeons)
  • High-stakes public speaking

Historical Roots

Modern performance psychology developed largely from sport psychology, influenced by pioneers like:

  • William James: studied attention and willpower
  • Coleman Griffith: often called the “father of sport psychology” in the U.S.

Today it draws from cognitive psychology, behavioral science, trauma research, and neurobiology.

Key Areas of Focus

1. Arousal Regulation

Understanding and managing:

  • Fight–flight–freeze responses
  • Chronic hyperarousal
  • Performance anxiety

Balancing activation, not too anxious, not too flat.

2. Attention Control

Training:

  • Focus under distraction
  • Cognitive flexibility
  • Rapid recovery after mistakes

3. Emotional Regulation

Managing:

  • Fear
  • Anger
  • Shame
  • Self-doubt

Without suppressing emotion.

4. Mental Skills Training

Common tools:

  • Visualization / imagery
  • Self-talk restructuring
  • Breathwork
  • Pre-performance routines
  • Goal setting

The Flow State

Flow is the state where:

  • Action and awareness merge
  • Self-consciousness drops
  • Performance feels effortless
  • Time perception shifts

Performance psychology aims to increase the probability of entering flow though it cannot be forced.

Performance vs. Clinical Psychology

Since you’re a psychologist, here’s a nuanced distinction:

Clinical PsychologyPerformance Psychology
Reduces dysfunctionEnhances functioning
Focus on pathologyFocus on optimization
Trauma stabilizationStress inoculation
Symptom reliefPeak execution

But in reality, they overlap, especially with:

  • Trauma-informed performance work
  • Nervous system regulation
  • Identity resilience

Modern Developments

Performance psychology now integrates:

  • Polyvagal theory (autonomic regulation)
  • Neurofeedback
  • Cognitive behavioral frameworks
  • Somatic integration
  • High-performance habit design

In Essence

Performance psychology is about:

Performing effectively under pressure while remaining psychologically integrated.

Not just “winning.”
Not just suppressing fear.
But sustaining clarity, regulation, and execution under load.

Shervan K Shahhian

Chronic Hyperarousal, what is it:

Chronic hyperarousal is a long-term state in which the nervous system remains persistently activated, as if danger is present, even when it isn’t.

It’s essentially the body being stuck in survival mode.

What Is Hyperarousal?

Hyperarousal refers to sustained activation of the sympathetic nervous system (fight-or-flight response). In short bursts, this response is adaptive. But when it becomes chronic, it starts to dysregulate the entire system.

This concept is central in trauma research.

Core Features of Chronic Hyperarousal

You might see:

  • Persistent anxiety or tension
  • Startle response easily triggered
  • Racing thoughts
  • Irritability
  • Sleep disturbance
  • Muscle tightness
  • Hypervigilance
  • Difficulty relaxing
  • Feeling “wired but tired”

In trauma contexts, this is one half of the dysregulation spectrum seen in Post-traumatic stress disorder (the other being hypoarousal/dissociation).

Neurobiological Basis

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Chronic hyperarousal (MIGHT) involves:

  • Overactivation of the amygdala
  • Reduced regulatory influence of the prefrontal cortex
  • HPA-axis dysregulation (cortisol imbalance)
  • Autonomic nervous system imbalance

The system learns: “The world is unsafe.”
And it stays braced.

Psychological Meaning

From a depth or psychodynamic perspective, chronic hyperarousal can reflect:

  • Early attachment disruption
  • Developmental trauma
  • Chronic unpredictability in childhood
  • Internalized threat schemas

The nervous system adapts to chaos, and then cannot turn off.

The body’s version of existential vigilance, when cognition may appear regulated, but the soma remains mobilized.

Chronic Hyperarousal vs. Normal Stress

Normal StressChronic Hyperarousal
Situation-specificBaseline state
Resolves after eventPersists without clear trigger
Flexible nervous systemRigid activation pattern
Body can downregulateBody struggles to calm

Treatment Directions

Interventions often focus on bottom-up regulation, not just cognitive reframing:

  • Somatic grounding
  • Breath regulation
  • EMDR
  • Trauma-informed therapy
  • Safe relational attunement
  • Nervous system retraining

The goal is not suppression, but restoring the capacity to oscillate between activation and rest.

Shervan K Shahhian

Somatic Grounding, what is it:

Somatic grounding is a body-based technique used to stabilize your nervous system and bring attention back to the present moment.

Instead of trying to “think” your way out of anxiety, dissociation, or overwhelm, somatic grounding works through sensory and physical experience, because the body often stabilizes faster than cognition.

What It Targets

Somatic grounding is especially useful for:

  • Dissociation
  • Panic or acute anxiety
  • Trauma activation
  • Emotional flooding
  • Identity destabilization
  • Psychological “free fall” states

It helps shift the nervous system from sympathetic overactivation (fight/flight) or dorsal vagal shutdown (freeze/collapse) toward regulation.

This concept is closely related to work from:

 (Somatic Experiencing)

 (The Body Keeps the Score)

(Polyvagal Theory)

Core Principle

The body anchors the mind.

When cognition fragments, the sensory system can reorient the organism to safety.

Grounding: shifting attention from abstract mental content: to direct physical sensation.

Types of Somatic Grounding

1. Sensory Orientation

  • Name 5 things you see
  • 4 things you feel
  • 3 things you hear
  • 2 things you smell
  • 1 thing you taste

This re-engages cortical integration.

2. Physical Anchoring

  • Press feet firmly into the floor
  • Notice contact with the chair
  • Grip something solid
  • Push hands together

This restores proprioceptive awareness.

3. Breath Regulation

  • Slow exhale longer than inhale
  • Box breathing (4–4–4–4)
  • Humming (stimulates vagal tone)

4. Temperature Shifts

  • Hold ice
  • Splash cold water
  • Step outside briefly

Cold stimulation can interrupt dissociation rapidly.

5. Movement-Based Grounding

  • Slow walking with awareness
  • Stretching
  • Shaking arms gently
  • Pressing palms into a wall

Movement discharges excess sympathetic activation.

Clinically Speaking

Somatic grounding is particularly important when:

  • Insight is intact but regulation is not
  • Cognitive reframing fails
  • The person is dissociating mid-session
  • Existential rumination becomes destabilizing

It’s often a prerequisite for higher-order reflective work.

The Deeper Mechanism

Grounding works because it:

  • Activates interoceptive awareness
  • Reintegrates cortical–limbic communication
  • Signals safety to the autonomic nervous system
  • Reorients to present-time reality

It is fundamentally about re-establishing embodied presence.

Shervan K Shahhian

Neuropsychologist, who are they:

Neuropsychologists are Psychologists who specialize in the relationship between the brain and behavior. They focus on how brain structure and function affect thinking, emotion, personality, and everyday functioning.

Here’s the clean breakdown:

What neuropsychologists do

They assess, diagnose, and help treat conditions that affect the brain, such as:

  • Brain injuries (TBI, concussion, stroke)
  • Neurodevelopmental disorders (ADHD, autism)
  • Neurodegenerative diseases (Alzheimer’s, Parkinson’s)
  • Epilepsy, tumors, infections
  • Cognitive and emotional changes due to medical illness
  • Effects of trauma on memory, attention, and executive function

Their core tool: assessment

Neuropsychologists are best known for neuropsychological testing, which evaluates:

  • Memory
  • Attention and concentration
  • Executive functions (planning, inhibition, flexibility)
  • Language
  • Visuospatial skills
  • Processing speed
  • Emotional and personality functioning

These tests help answer questions like:

  • Is this memory problem neurological or psychological?
  • What brain systems are likely affected?
  • How severe is the impairment?
  • What kind of support or treatment will help most?

How they’re trained

A neuropsychologist typically has:

  • A doctoral degree (PhD or PsyD) in psychology
  • Specialized training in brain–behavior relationships
  • A neuropsychology focused internship and postdoctoral fellowship
  • Clinical training in assessment, diagnosis, and rehabilitation

They are not medical doctors, but they work closely with:

  • Neurologists
  • Psychiatrists
  • Neurosurgeons
  • Rehabilitation teams

Where they work

  • Hospitals and medical centers
  • Rehabilitation clinics
  • Memory and dementia clinics
  • Universities and research centers
  • Forensic and legal settings
  • Private practice

How they differ from related roles

  • Neuropsychologist vs neurologist:
    Neurologists treat brain disease medically; neuropsychologists assess cognitive and behavioral impact.
  • Neuropsychologist vs psychiatrist:
    Psychiatrists prescribe medication; neuropsychologists specialize in detailed cognitive and behavioral evaluation.
  • Neuropsychologist vs clinical psychologist:
    Neuropsychologists focus much more on brain-based causes of behavior.

Big picture role

Neuropsychologists sit at the intersection of neuroscience and psychology, translating brain function into real-world understanding of:

  • How a person thinks?
  • Why they behave the way they do?
  • What has changed?
  • What can improve? Shervan K Shahhian

Planning for High-Risk Situations, explained:

Planning for high-risk situations is a way to protect future, you when you know your nervous system, habits, or environment might get activated and pull you off course. It’s used a lot in substance use recovery, trauma work, and relapse-prevention, but it’s really about anticipating vulnerability and adding support ahead of time.

Here’s a clean, practical breakdown.

What counts as a “high-risk situation”?

Anything that reliably increases the chance of:

  • relapse or acting out
  • emotional overwhelm
  • dissociation or shutdown
  • impulsive or self-defeating behavior

Common examples:

  • Strong emotional states (shame, loneliness, anger, grief)
  • Interpersonal triggers (conflict, rejection, criticism)
  • Environmental cues (certain places, people, times of day)
  • Internal states (fatigue, hunger, pain, stress)
  • Cognitive states (“I don’t care anymore,” “What’s the point?”)

High-risk ≠ weakness.
It means predictable nervous-system activation.

Core elements of planning for high-risk situations

1. Identify your personal risk profile

Not generic, yours.

Ask:

  • When do I usually lose access to my values?
  • What patterns repeat before things go sideways?
  • What sensations, thoughts, or urges show up first?

This is somatic + cognitive:

  • Body: tight chest, buzzing, collapse
  • Mind: all-or-nothing thinking, justifying, numbing logic
  • Behavior: isolating, seeking relief fast

2. Name early warning signs

Catching it early is everything.

Examples:

  • “I stop answering texts”
  • “My inner critic gets louder”
  • “I feel unreal / detached”
  • “I start bargaining with myself”

This shifts you from reactive to observant.

3. Pre-decide coping responses

You choose before the trigger, because during activation, choice narrows.

Good plans include:

  • Immediate regulation (grounding, breath, movement)
  • Delay strategies (urge surfing, 20-minute rule)
  • Connection (specific people, not vague “reach out”)
  • Environment changes (leave, remove access, change location)
  • Meaning anchors (values, commitments, consequences)

Simple beats clever.

4. Plan for impaired thinking

In high-risk moments, insight often goes offline.

So ask:

  • What will I forget when I’m activated?
  • What lies does my mind tell me?

Then write counter-statements in advance:

  • “This urge will peak and pass.”
  • “Relief now = pain later.”
  • “I don’t have to decide anything tonight.”

This is borrowing your wise mind ahead of time.

5. Rehearse the plan

This part gets skipped and it matters.

  • Visualize the trigger
  • Walk through the response
  • Feel it in your body

You’re training the nervous system, not just the intellect.

Why this works (psychologically & somatically)

  • Reduces cognitive load under stress
  • Interrupts habit loops
  • Restores a sense of agency
  • Builds trust in yourself
  • Shifts shame to strategy

Planning isn’t rigidity, it’s compassionate realism.

Shervan K Shahhian