Trance Truths Worksheet Trance Truths
Hypnosis: Science vs. Stage Analysis
Name:
Date:
Part 1: Hollywood vs. Reality
During the "Hypnosis Clips" presentation, rate each depiction based on its realism. Provide a brief justification for your rating based on what you suspect about how hypnosis works.
Clip #1 Title:
Rating:
Realistic
Hollywood
Justification:
Clip #2 Title:
Rating:
Realistic
Hollywood
Justification:
Clip #3 Title:
Rating:
Realistic
Hollywood
Justification:
Part 2: Theoretical Battle
Divided Consciousness Theory
Ernest Hilgard's "Hidden Observer"
Core Mechanism:
Example of "Hidden Observer":
Social Influence Theory
Role Theory / Socio-Cognitive Approach
Core Mechanism:
The "Good Subject" Effect:
Part 3: Myth Busting Lab
Hypothesis/Claim Status Scientific Reason "Hypnosis can make you remember forgotten childhood memories perfectly (Age Regression)." FICTION "A hypnotist can force a person to commit a crime against their moral code." FICTION "Hypnosis can be effective for pain management and breaking habits like smoking." FACT "Everyone can be easily hypnotized with the right technique." FICTION
Critical Reflection
In your own words, why is hypnosis considered a legitimate clinical tool but a questionable forensic tool for police investigations?
Hypnosis Science Slides Mind Altered
Hypnosis: Science vs. Stage
Unit: Consciousness Lesson 1 of 5
Hollywood Magic?
Rating Hypnosis in Popular Media
The Challenge:
We are about to watch 3 clips depicting hypnosis. For each one, you must decide:
Realistic: Possible in a clinical setting.Hollywood: Dramatic fiction/myth.
[Teacher: Insert clips here or use provided suggestions in Teacher Guide]
What is Hypnosis?
Focused Attention
A state of heightened suggestibility and intense concentration.
Reduced Awareness
A narrowing of peripheral awareness, ignoring outside distractions.
Suggestibility
An increased openness to verbal instructions or "suggestions".
It is not sleep. It is not mind control.
Theory 1: Divided Consciousness
Ernest Hilgard's "Dissociation" Model
The "Hidden Observer"
Hypnosis causes a split in consciousness. One part of the mind operates on the hypnotist's suggestion, while another part (the "hidden observer") stays aware of reality.
The Cold Water Test
Subjects felt no pain in the ice-water, but when asked to write what the "hidden observer" felt, they reported intense cold.
Theory 2: Social Influence
The "Socio-Cognitive" Model
Playing the Role
Hypnotized people are not in an altered state; they are acting out the role of a "good subject" because they believe it's what they are supposed to do.
Expectancy Effect
If the subject expects to feel "frozen," they will act frozen. Their behaviors are a result of social pressure and their own beliefs.
The Verdict
Stage Myths
• Total amnesia of the event
• Recalling perfect memories
• Being forced to act like a chicken
• Permanent "zombie" states
Clinical Truths
• Post-hypnotic suggestions (therapy)
• Significant pain reduction (hypno-analgesia)
• Breaking habits (smoking, eating)
• Heightened focus/relaxation
Trance Truths Teacher Guide Teacher Facilitation Guide
Trance Truths Lesson
Duration
50-60 Min
Lesson Overview
This lesson shifts students from viewing hypnosis as "magic" to seeing it as a psychological state. By comparing two competing theories (Divided Consciousness vs. Social Influence), students practice applying theoretical frameworks to real-world phenomena.
Learning Objectives:
Distinguish between Hilgard's Dissociation and Social Role theories.
Evaluate the efficacy of hypnosis for therapeutic vs. forensic use.
Analyze media depictions for psychological accuracy.
Materials Needed
Trance Truths Worksheet
Hypnosis Science Slides
YouTube Clips (listed below)
Part 1: The Hook (Media Analysis)
Suggested clips for Slide 2 and the Worksheet:
1
Get Out (2017) - "The Sunken Place"
Rating: HOLLYWOOD
Why: Depicts total mind control and physical paralysis. In reality, patients can stop at any time.
2
Office Space (1999) - "Peter's Session"
Rating: HOLLYWOOD / REALISTIC MIX
Why: The relaxation part is realistic; the permanent personality change after the hypnotist dies is Hollywood fiction.
3
Clinical Demonstration (Search: "Hypnosis Pain Control")
Rating: REALISTIC
Why: Shows the dissociation from pain (ice water or skin pinch) using focused suggestion.
Pacing & Discussion Tips
0-15 Min: The Hook
Show clips and have students fill out Part 1 of the worksheet. Don't give them the "answers" yet—let them guess based on intuition.
15-35 Min: Direct Instruction
Use the slides to define hypnosis and the two theories. Crucial: Explain the "Hidden Observer" with a physical example (like typing while thinking of something else).
35-50 Min: Theoretical Battle
Students complete the Part 2 and 3 charts. Circulate to ensure they understand that Social Influence doesn't mean "faking" in a bad way—it means social context is powerful.
50-60 Min: Reflection
Discuss the forensic use of hypnosis. Why is it banned in many courtrooms? (Answer: Vulnerability to "false memory" implantation).
Biofeedback Lab Activity Sheet Biofeedback Lab
Mindfulness, Meditation & Physiology
Subject Name:
Date:
Part 1: Physiological Baseline
Pre-Meditation Pulse
Find your pulse (neck or wrist). Count beats for 60 seconds.
BPM
Self-Reported Stress
Rate your current level of mental arousal/tension (1-10).
CALM (1) STRESSED (10)
Part 2: Post-Meditation Data
Wait until the guided 5-minute session is complete before filling this out.
Post-Meditation Pulse
Count beats for 60 seconds immediately following the session.
BPM
Final Stress Rating
Rate your mental state now (1-10).
CALM (1) STRESSED (10)
Part 3: Neuro-Reflection
1. Physiological Shift:
Calculate the difference in your BPM. Was it what you expected? Why or why not?
2. Parasympathetic Activation:
Meditation activates the Parasympathetic Nervous System . Based on your data, how did this system combat your "Fight or Flight" response?
3. Mindfulness Difficulty:
Mindfulness isn't "clearing the mind"—it's returning attention to a focus (like breath). How many times did you notice your mind wandering, and how did it feel to return your focus?
Mind Centered Slides Mind Centered
The Psychology of Meditation
Unit: Consciousness Lesson 2 of 5
What's the Difference?
Meditation
A formal practice or technique designed to promote relaxation, build internal energy, and develop compassion, patience, or love.
"The Gym for the Mind"
Mindfulness
A mental state achieved by focusing one's awareness on the present moment, while calmly acknowledging feelings and thoughts.
"Awareness of Right Now"
The Brain on Silence
Reduced Amygdala Activity
The brain's "alarm center" becomes less reactive. This leads to lower levels of the stress hormone cortisol .
Prefrontal Cortex Growth
Long-term practice thickens the gray matter in areas responsible for attention and self-regulation .
Neuroplasticity
The brain physically changes in response to conscious mental training.
Physiological Impact
Heart Rate
Lowers resting heart rate and blood pressure by calming the CNS.
Immune Health
Reduces inflammation markers and can improve sleep quality.
Alpha Waves
Increases brain waves associated with relaxation and focus.
Biofeedback Simulation
Get ready to test the theory. We will now record your baseline heart rate and then enter a 5-minute guided mindfulness session.
Step 1
Baseline
Step 2
Mindfulness
Step 3
Re-Test
Mindfulness Facilitation Script Teacher Guide & Script
The Mindfulness Experience
Activity Length
15-20 Min
Activity Setup
The goal of this activity is to provide empirical evidence that consciousness can be intentionally altered to produce physiological changes. Students often assume meditation is "spiritual" or "boring"; this framing makes it a biological experiment .
Teacher Checklist:
Dim the lights if possible.
Ensure students have their Biofeedback Lab Sheet ready.
Instruct students on how to find their pulse (Carotid artery in neck or Radial pulse in wrist).
The Pulse Check Procedure:
Students find pulse.
Set a timer for 60 seconds.
Say "Start" and "Stop".
Students record BPM in Part 1 of their sheet.
Repeat this procedure *immediately* after the script below.
Guided Mindfulness Script
Read Aloud Slowly
[BEGIN] "Sit comfortably in your chair. Rest your feet flat on the floor and place your hands in your lap. If you feel comfortable, close your eyes. If not, simply lower your gaze to the floor in front of you."
"Take a deep breath in through your nose... feel your chest and belly expand... and exhale slowly through your mouth. Imagine you are letting go of the tension from your last class, or the worry about what's for lunch. Just be here." (Pause 5 seconds)
"Bring your attention to your breath. Don't try to change it, just notice it. Feel the cool air as it enters your nostrils... and the warm air as it leaves. Notice the rise and fall of your shoulders."
[COGNITIVE ASPECT] "At some point, your mind will wander. You will think about a test, a friend, or a noise in the hallway. This is normal. This is what the brain does. When you notice your mind has wandered, simply label it as 'thinking' and gently—without being frustrated—bring your focus back to the breath."
"Scan your body from your head to your toes. Notice if you are clenching your jaw... relax it. Notice if your shoulders are hunched... drop them. Breathe into those spaces of tension." (Pause 10 seconds)
"For the next minute, we will sit in silence. Your only job is to watch the breath. If the mind moves, bring it back." (Teacher: Wait 60 seconds of total silence)
[END] "Gently begin to wiggle your fingers and toes. Take one last deep breath... and when you are ready, open your eyes. Keep this calm feeling for a moment while you find your pulse again."
Critical Instruction: Do NOT allow students to talk or check phones immediately after. Go straight into the Post-Meditation pulse count to capture the physiological data.
Chemical Messengers Lab Report Chemical Messengers
Depressants vs. Stimulants
ID:
Date:
Part 1: The Relay Lab
Simulation Observation
During the classroom "Neurotransmitter Relay" activity, record how the signals moved under different conditions.
Normal Condition (Control):
Describe the speed and clarity of the message...
Depressant (Alcohol Effect):
How did the message change? (GABA activation)
Stimulant (Caffeine Effect):
Describe the transmission frequency...
The Crash:
What happens when the neurotransmitters "run out"?
Part 2: The Substance Matrix
Substance Category Neurotransmitter Target Primary Effect on CNS Caffeine Stimulant Adenosine Antagonist Alcohol Depressant GABA (Agonist) / Glutamate Nicotine Stimulant Acetylcholine / Dopamine Barbiturates __________ GABA (Binding site) Amphetamines __________ Dopamine (Reuptake inhibition)
Part 3: Critical Analysis
1. The GABA/Glutamate Balance:
Alcohol is often mistaken for a stimulant because it can cause social "excitement." Using your knowledge of Disinhibition , explain why a depressant causes this behavior.
2. Reuptake Inhibition:
Many stimulants work by blocking the "reuptake" of neurotransmitters like Dopamine. How does this result in a "high," and what happens to the neuron once the drug wears off?
Neuro Relay Slides Neuro Relay
Depressants & Stimulants
Unit: Consciousness Lesson 3 of 5
The Synaptic Gap
Agonists
Drugs that mimic or increase the effect of a neurotransmitter. They "unlock" the receptor.
Antagonists
Drugs that block the effect of a neurotransmitter. They sit in the "lock" so the real key can't get in.
CNS Impact
Psychoactive drugs change consciousness by altering synaptic transmission .
Depressants
Definition
Drugs that reduce neural activity and slow body functions (CNS).
Key Players
• Alcohol
• Barbiturates
• Opiates* (Morphine/Heroin)
Neuro-Link
Increases GABA
GABA is the brain's "brakes". More GABA = less neural firing.
Stimulants
Definition
Drugs that excite neural activity and speed up body functions.
Key Players
• Caffeine
• Nicotine
• Amphetamines (Cocaine/Meth)
Neuro-Link
Increases Dopamine
Often blocks reuptake, keeping neurotransmitters in the gap longer.
What Goes Up...
The Crash
When the drug wears off, the brain's neurotransmitter stores are depleted . This leads to fatigue, irritability, and depression. The user now needs more of the drug just to feel "normal."
Tolerance Dependence Addiction
Neurotransmitter Relay Guide Teacher Activity Guide
Neurotransmitter Relay
Simulation
15-20 MIN
The Concept
Students will physically model the movement of a neural message from "Sensory Input" to "Motor Output" under three different conditions: Control, Depressant, and Stimulant. This helps them visualize how synaptic delay or acceleration affects behavior.
Materials Needed
A clear "Message Card" (e.g., a card that says "Raise your right hand")
A stopwatch (or phone timer)
Open space in the classroom for a line of 6-10 students
Setup
Line up 8 students.
Student 1: The Sensory ReceptorStudents 2-7: Interneurons/AxonsStudent 8: The Effector (Muscle)
The Rounds
R1
Normal (Control)
Message is passed by a simple shoulder tap. As soon as Student 2 feels the tap, they tap Student 3, and so on. Time how long it takes for Student 8 to raise their hand.
Biological Parallel: Resting Homeostasis
R2
Depressant (Alcohol Effect)
Students must count to three (silently or out loud) after being tapped before they can tap the next person. Time the delay.
Biological Parallel: GABA Agonist / Inhibitory Delay
R3
Stimulant (Caffeine/Amphetamine)
Students tap the next person *twice* rapidly. They are instructed to move as fast as possible, even at the risk of messy form.
Biological Parallel: Increased Firing Frequency / Reuptake Blockage
Debrief Questions
1. Why did the "Depressant" round lead to slower reaction times? (GABA activation)
2. In the "Stimulant" round, did errors occur? Why? (Neural over-firing can lead to jittery/uncoordinated responses)
3. What would happen if we did a "Hallucinogen" round? (Suggestions: Passing the wrong message, or tapping the wrong person).
Perception Lab Worksheet Perception Lab
Hallucinogens & Sensory Distortion
ANALYST:
DATE:
Part 1: The Sensory Hack
Optical illusions prove that our brain "constructs" reality rather than just seeing it. Hallucinogens take this constructive process and radically alter it.
Observation: Motion Illusion
Look at the provided image. Why is your brain seeing motion where there is none?
Analysis of the sensory "glitch"...
Observation: Time Distortion
In a drug-induced state, 5 minutes can feel like an hour. What does this tell us about the brain's "internal clock"?
Theoretical explanation...
Part 2: Psychedelic Mechanics
Key Substances
LSD (Lysergic acid diethylamide)
Psilocybin (Mushrooms)
Marijuana (THC)
Common Effect:
Intensified sensation, distorted perception of time and space, and loss of "self" boundary (ego-dissolution).
The Serotonin Link:
Many hallucinogens are chemically similar to Serotonin . How does this similarity explain why these drugs affect mood and perception simultaneously?
Cannabis: A Unique Case:
Marijuana is often classified as a mild hallucinogen, but also has depressant properties. How does THC interact with the brain's Anandamide receptors?
Part 3: The Ethical Balance
Case Analysis Prompt
"Recent studies show that psilocybin may be more effective than standard antidepressants for end-of-life anxiety in cancer patients. However, usage also carries risks of 'bad trips' and permanent psychological triggers."
Potential Benefit
Significant Risk
Warped Reality Slides Warped Reality
Hallucinogens & Perception
Unit: Consciousness Lesson 4 of 5
What are Psychedelics?
The Core Effect
Drugs that distort perceptions and evoke sensory images in the absence of sensory input.
Time and Space
Subjective experience of time slows down or expands. Boundaries between the "self" and the environment may blur.
"Mind Manifesting"
The term Psychedelic comes from Greek roots meaning to reveal or manifest the mind.
The Neurochemistry
Serotonin Mimicry
Substances like LSD and Psilocybin are chemically similar to Serotonin . They block or excite the 5-HT2A receptors.
Neural Cross-Talk
Brain regions that normally don't communicate start "talking" to each other, leading to Synesthesia (e.g., hearing colors).
Cannabis: Mild Hallucinogen
THC
The active ingredient that triggers a variety of effects: mild hallucinations, relaxation, and increased sensitivity.
Unique Profile
Unlike alcohol (which is eliminated fast), THC lingers in the body for weeks. This leads to a reverse tolerance effect.
Brain Target
Binds to Cannabinoid receptors in the hippocampus (memory), cerebellum (balance), and reward pathways.
Therapy vs. Risk
Medical Research
Treatment for severe PTSD
End-of-life anxiety relief
Breaking addiction to nicotine/alcohol
Health Risks
Psychotic episodes (Bad Trips)
Impaired driving/memory
Triggering underlying mental illness (Schizophrenia)
Discussion: Should consciousness-altering substances be used as medicine?
Hijacked Pathway Organizer Hijacked Pathway
Addiction, Tolerance & Rat Park
Student:
Date:
Part 1: The Neuro-Addiction Cycle
Step 1 TOLERANCE
Brain adapts chemistry...
Step 2 DEPENDENCE
Neural set-point shifts...
Step 3 WITHDRAWAL
Negative feedback loop...
Biological Mechanism:
How does the Nucleus Accumbens and Dopamine create a "cravings" signal?
The Genetic Link:
How do genetic predispositions (like variations in dopamine receptors) affect risk?
Part 2: The Environment (Rat Park)
The Experiment
"Bruce Alexander compared rats in isolated cages with drugged water to rats in a luxury social environment (Rat Park) with drugged water."
Social vs. Isolation
Findings:
What happened to the consumption levels in "Rat Park" vs. "Isolated Cages"?
Modern Application:
How does this experiment challenge the idea that addiction is only biological?
Part 3: Final Analysis
Essential Question Reflection:
Based on everything you've learned about altered states (hypnosis, meditation, drugs, and addiction), what is the most significant way our brain attempts to regulate its own consciousness?
Hijacked Brains Slides Hijacked Brains
Addiction & Neurochemistry
Unit: Consciousness Lesson 5 of 5
The Biological "Hook"
Nucleus Accumbens
The brain's "reward center." It releases Dopamine in response to pleasurable stimuli (food, sex, drugs).
Prefrontal Cortex
The "logical" center. In addiction, the reward signal becomes so strong it overpowers the logic center.
The Loop
Drugs "hijack" this natural system by providing a reward signal 10x-100x stronger than natural rewards.
The Neuro-Shift
1. Tolerance
The brain produces less dopamine (or fewer receptors) to protect itself from overstimulation.
Result: Need more drug
2. Dependence
The brain now requires the drug to maintain its new "normal" level of functioning.
Result: Can't function without
3. Withdrawal
When the drug is removed, the brain's "brakes" are missing, leading to physical/mental pain.
Result: The crash
The Rat Park Challenge
Cage vs. Park
• Isolated rats nearly always overdosed.
• Rats in social, stimulating "Rat Park" avoided the drugged water.
The Conclusion
"Addiction isn't just a brain chemical problem; it's an environmental and social problem."
Final Question
"If consciousness is so easily altered by a molecule or a role, how much of our 'true self' is simply a result of brain chemistry and environment?"
Discussion & Exit Ticket
Mind Altered Exit Ticket Final Check
Altered States & Neurochemistry
NAME:
CONSCIOUSNESS UNIT / FINAL SYNTHESIS
1. Biological Match-Up
Match the substance/state to its primary neurotransmitter or biological effect:
A. Alcohol
B. Stimulants (Cocaine)
C. Hallucinogens (LSD)
D. Meditation
1. Serotonin Mimicry / Agonist
2. GABA (Inhibitory) Activation
3. Parasympathetic Nervous System
4. Dopamine Reuptake Blockage
2. Theoretical Distinction
Briefly explain the main difference between the Social Influence and Divided Consciousness theories of hypnosis.
3. The Synthesis Question
The "Rat Park" experiment suggests that addiction is as much about environment as it is neurochemistry . How does this change the way we should approach drug rehabilitation and mental health?
Final Reflection
"How has your understanding of 'normal' awareness changed after studying these altered states?"
