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Your Brain’s Secret Map

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Lesson Plan

Neural Map Roadmap

Students will quickly explore key brain structures behind emotions and create a personal mind map to visualize how their feelings interconnect in a compact, 25–30 minute session.

Condensing this lesson helps busy high schoolers grasp essential neuroscience of emotions and apply self-mapping techniques for emotional awareness in less time.

Audience

9th Grade Class

Time

30 minutes

Approach

Presentation, brief reading, discussion, and mapping activity.

Materials

Prep

Prepare Materials

10 minutes

Step 1

Introduction and Objective Overview

3 minutes

  • Ask students to write one emotion they felt today on a sticky note and post it on the board
  • Quickly overview today's goals: learn brain basics of emotion and create a personal emotion mind map

Step 2

Exploring the Brain's Emotional Centers

7 minutes

  • Present the Inside Your Emotional Brain slide deck
  • Highlight the amygdala, prefrontal cortex, and hippocampus roles
  • Invite students to note one surprising fact on a new sticky note

Step 3

Reading and Reflecting

5 minutes

  • Distribute the Neuroscience of Emotion handout
  • Have students read silently and underline a passage that surprised or resonated with them

Step 4

Discussion: Mapping Emotional Connections

5 minutes

  • Pair up students to discuss how two chosen emotions connect in their brains
  • Provide chart paper for each pair to sketch a simple neural connection diagram

Step 5

Mind Map Creation

8 minutes

  • Hand out the Emotion Map Worksheet
  • Students individually draw and color their own emotional mind map, adding connections and strategies

Step 6

Cool-Down: One Thing Learned

2 minutes

  • Invite each
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Slide Deck

Inside Your Emotional Brain

Explore the science behind your feelings and discover how your brain maps emotions.

Welcome students! Today we’re diving into the brain’s emotional centers. We’ll learn about three key structures—the amygdala, prefrontal cortex, and hippocampus—and see how they work together to shape what we feel.

Objectives

• Identify the amygdala, prefrontal cortex, and hippocampus
• Explain each region’s role in emotion
• See how they interact to form your emotional landscape

Quickly review our goals: identify major emotion centers, understand their roles, and prepare to create your personal emotion mind map.

The Emotional Brain: An Overview

Your feelings come from neural circuits. Key players:
• Amygdala – emotional tagging
• Prefrontal Cortex – regulation & planning
• Hippocampus – memory & context

Frame this: emotion arises from networks, not single areas. Briefly mention neurochemicals and pathways.

Amygdala: Your Alarm System

• Processes fear, threat detection, and reward signals
• Tags experiences with emotional significance
• Triggers quick, automatic reactions

Explain the amygdala as your rapid-response center for threats and rewards. Emphasize speed over detail.

Locating the Amygdala

[Image: Brain silhouette with amygdala highlighted in red]

Deep in the medial temporal lobe, almond-shaped structure.

Show a brain diagram with the amygdala highlighted. Point out its deep location in the medial temporal lobe.

Prefrontal Cortex: The Regulator

• Plans, organizes, and controls impulses
• Modulates amygdala-driven responses
• Supports decision-making and social behavior

Describe the prefrontal cortex as the control center. It matures late in adolescence, so regulation skills are still developing in high schoolers.

Locating the Prefrontal Cortex

[Image: Frontal view of brain with prefrontal cortex highlighted]

Front-most region, right behind your forehead.

Display a frontal brain image highlighting the prefrontal cortex. Mention its location at the front of the brain.

Hippocampus: Memory & Context

• Encodes and retrieves memories
• Provides context for emotional experiences
• Works with amygdala to strengthen emotional memories

Explain how the hippocampus links emotion to memory, so you remember emotional events vividly.

Locating the Hippocampus

[Image: Side view of brain with hippocampus highlighted]

Seahorse-shaped structure in medial temporal lobe.

Show the hippocampus location in a side brain diagram. Emphasize its seahorse shape.

How They Work Together

  1. Amygdala senses an emotional cue
  2. Prefrontal cortex modulates response
  3. Hippocampus stores the emotional memory

Then the cycle repeats when you recall that emotion.

Illustrate how signals flow: amygdala alerts, prefrontal cortex evaluates, hippocampus records. Use arrows pointing between each region.

Real-Life Example

• Spot a barking dog → Amygdala signals “alert”
• You slow your breathing → Prefrontal cortex steps in
• You recall past dog encounters → Hippocampus connects memory

Give a real-life example: you see a barking dog (amygdala fires), you decide to stay calm (PFC), and later you remember why dogs scare you (hippocampus).

Reflection & Next Steps

Write one surprising thing you learned on a sticky note.

Up next: read about emotion neuroscience and map your own feelings!

Transition to the group activity: ask students to jot any surprising fact on a sticky note. We’ll use these notes later in our discussion.

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Reading

Neuroscience of Emotion

Emotions are complex responses that shape how we think and act. From the thrill of a winning game to the sting of rejection, emotions arise from networks of brain cells communicating with each other and with special chemicals called neurotransmitters. In this reading, you will learn about the key players that help your brain create, regulate, and remember feelings.

What Is an Emotion?

An emotion is your brain’s reaction to something important. When you see a surprise test, feel a friend’s support, or smell fresh cookies, your brain works behind the scenes to tag the experience with “emotional meaning.” It then helps your body react—maybe your heart races, or you smile.

Key Brain Structures

Amygdala
• Location: deep in the temporal lobe, almond-shaped.
• Role: rapid detection of threats and rewards, your brain’s “emotional alarm.”

Prefrontal Cortex (PFC)
• Location: front of the brain, right behind your forehead.
• Role: planning, impulse control, and calming down strong emotions.

Hippocampus
• Location: seahorse-shaped structure near the amygdala.
• Role: creating memories and adding context to your feelings.

Chemicals That Carry the Message

Neurotransmitters bridge the gaps between brain cells:
Dopamine signals pleasure and motivation—think of the rush you get when you score a goal.
Serotonin helps stabilize mood and focus—like keeping you calm before a big presentation.

How Emotions and Memory Connect

When your amygdala tags an event as “important,” the hippocampus steps in to store that memory more strongly. That’s why you often recall exciting or scary moments in vivid detail.

Why This Matters

By understanding how brain structures and chemicals work together to create emotions, you can learn to recognize and manage your feelings. This knowledge is the first step toward building self-awareness and emotional resilience.

This reading sets the stage for creating your own emotion mind map—visualizing how these parts connect in your brain.

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Discussion

Mapping Emotional Connections Discussion

Overview

In pairs, students will deepen their understanding of how emotions connect in the brain by referring to concepts from Inside Your Emotional Brain and the Neuroscience of Emotion. They will sketch connections on chart paper or a whiteboard and explore real-life examples.

Materials

Discussion Guidelines

  • Listen actively and respectfully to your partner’s ideas
  • Support your explanations with evidence from the reading or slides
  • Encourage each other to elaborate with personal examples
  • Take turns speaking and asking questions

Discussion Questions

  1. Amygdala + Hippocampus Interaction
    Choose two emotions you identified earlier (for example, fear and excitement). How might the amygdala and hippocampus work together when you experience these emotions?
    Follow-up Prompts:
    • Can you describe a personal experience that illustrates this interaction?
    • Which memory details does your hippocampus highlight in that moment?


  2. Regulation by the Prefrontal Cortex
    How could the prefrontal cortex help regulate a strong emotional response between these two feelings?
    Follow-up Prompts:
    • What strategies does your brain use to calm down (e.g., deep breathing, reframing)?
    • How does this regulation help you respond more effectively in real-life situations?





  3. Value of Mapping Emotions
    Why is creating a visual map of emotional connections useful for self-awareness and emotional regulation?
    Follow-up Prompts:
    • How can visualizing these connections help you manage stress or make decisions?
    • What patterns or themes do you notice in your emotional map?










Closing Share-Out (2 minutes)

  • Each pair shares one key insight from their discussion with the class (verbal or by posting a sticky note).
  • Teacher highlights common themes and unique observations to wrap up.
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Activity

Mind Map Creation

Objective

Students will create a personalized emotion mind map showing how key brain structures, chemicals, and past experiences connect in their own emotional landscape. This helps build self-awareness and strategies for emotional regulation.

Materials

Instructions (8 minutes)

  1. Quick Recap (1 minute)
    • Recall the roles of the amygdala, prefrontal cortex, and hippocampus.
    • Remember how dopamine and serotonin influence mood.
  2. Central Theme (1 minute)
    • On your worksheet, write “My Emotion Map” or your name in the center circle.
    • Draw branches radiating out for each brain structure or chemical you want to explore.
  3. Add Emotions & Connections (4 minutes)
    • Label each branch with an emotion you feel often (e.g., anxiety, excitement, calm).
    • Draw lines connecting branches to show how one emotion might trigger or influence another in your brain.
    • Next to each line, jot a short note: a memory, thought pattern, or strategy (for example, “deep breaths” or “positive self-talk”) that helps regulate that connection.
  4. Personal Examples & Color Coding (1 minute)
    • Use different colors to represent positive vs. challenging feelings.
    • Near each emotion, write a quick example from your life that illustrates that feeling (e.g., “butterflies before a game”).
  5. Partner Feedback (1 minute)
    • Turn to a classmate and briefly explain one branch of your map.
    • Ask for a suggestion: “What strategy could strengthen my regulation on this emotion?”

Follow-Up Prompts & Reflection

  • Which connection on your map surprised you the most?


  • How might visualizing these links help you manage stress, make decisions, or support a friend?





When time is up, place your completed worksheet on the front table for our Cool-Down share-out.

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Worksheet

Emotion Map Worksheet

Use this worksheet to draw and explore your personal emotion mind map. Use colored markers or pencils and fill in the sections below.


1. Central Theme

Write “My Emotion Map” or your name in the center circle and draw your circle here:











2. Branches & Emotions

Draw 4–6 branches radiating out from your central theme.
Label each branch with:

  • A brain structure or chemical (e.g., amygdala, PFC, hippocampus, dopamine, serotonin)
  • An emotion you feel often (e.g., anxiety, excitement, calm)

Sketch and label your branches below:



















3. Connections & Strategies

Draw lines connecting related emotions. Next to each line, write:

  • A memory, thought pattern, or strategy that helps regulate this connection

Example: “Anxiety → Calm: deep breathing”













4. Color Coding & Examples

Legend:
Positive feelings (color): ______
Challenging feelings (color): ______

Write one real-life example near each emotion (e.g., “butterflies before a game”):











5. Partner Feedback

My chosen branch for feedback: _________________________________
Partner’s suggestion for strengthening regulation: _________________________________






6. Reflection

  1. Which connection surprised you the most?










  2. How might visualizing these connections help you manage stress or make decisions?










When finished, place your completed worksheet on the front table for our Cool-Down share-out.

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Cool Down

Cool-Down: One Thing Learned

Take 2 minutes to reflect and share your key takeaway from today’s session. Choose one option:

Option A: Sticky Note Share
• Write one insight you gained about how emotions connect in your brain (e.g., a fact about the amygdala, a new strategy for regulation).
• Post your sticky note on the board under “One Thing Learned.”

Option B: Verbal Share
• Turn to a classmate and tell them one surprising thing you learned today.
• Explain why it stood out and how you might use it in your daily life.
 
 

Reflection Prompt

What is one specific way you will use today’s lesson to better understand or manage your emotions moving forward?





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Your Brain’s Secret Map • Lenny Learning