Happy Brains Learn Better: The Science Behind Emotions and Learning

Have you ever thought about why children remember a funny classroom moment more easily than last week’s spelling list? Or why do they light up when they feel confident, supported, and safe? Well, the secret lies in how the brain and emotions work together to shape learning and how they build new neural pathways and strengthen memory and motivation.

In this reading, we’ll explore how emotions influence learning, why wellbeing and positive relationships matter, and how simple strategies like mindfulness, a growth mindset, and social-emotional awareness can help children (and adults) develop motivation, perseverance, and a lifelong love of learning.

The Brain

Since we are in a school community, who better to explain it than a kid? Let’s learn! 

(Mindful Schools. (2020, April 24). Shawn, a 1st grader in NY, explains his brain [Video]. YouTube. https://www.youtube.com/watch?v=uYNHrqZzllk)

In other words, the Primitive Region of the brain controls basic survival functions such as breathing, heart rate, and the fight-or-flight response. This part of the brain reacts automatically to danger or stress before we even have time to think (Sentis, 2012). 

When we look at it using our educators' lenses on the learning environment, when students feel unsafe or anxious, this region takes over, making it difficult for them to focus or learn effectively. 

At Chatsworth International School during our Keeping Safe lessons, we teach students strategies to help them feel safe and regulate their emotions. We use storytelling, activities, and conversations to help them make connections and learn how to calm their brains and emotions.

The Feeling and Thinking Regions work together to shape how emotions influence learning. The Thinking Region processes emotions and connects them to memories. Positive emotions like curiosity and joy enhance engagement and memory retention. The Thinking Region is also responsible for reasoning, decision-making, and self-control (Sentis, 2012). When emotions are managed well, this area can function at its best, helping students plan, solve problems, and think critically. However, when emotions are intense or negative, the Thinking Region’s ability to process information decreases, showing how emotional regulation directly supports learning.

How Emotions Influence the Brain Functions

The environment plays a big role in how the brain works and reacts. How many of us can still remember a difficult moment from our own school days? How does it make you feel when you think about it?

When an individual feels threatened, the brain automatically switches to one of four survival modes: fight, flight, freeze, or fawn. This is an instinctive reaction meant to protect us from harm. But sometimes, we don’t need to be in real danger for this response to happen -  even a memory or thought of a past unpleasant experience can make us feel like we are reliving it.

With that in mind,  as educators and caretakers, we aim to help students change these emotional patterns through cognitive reframing (Scott, 2023). In simple terms, helping them see things in a new, more positive way. By guiding children to overcome negative experiences and approach challenges with a growth mindset, we help their brains create new, healthy pathways that remind them: you are safe, you can learn, and you can grow.

Cognitive Reframing, Neuroplasticity, and Growth Mindset

There’s a lot of buzz around growth mindset and mindfulness, and for good reason. These approaches help children see challenges as opportunities and mistakes as part of learning. 

But how do they really work in practice? It all begins in the brain. We have learned that when children feel calm, supported, and curious, their brains are ready to learn. When they feel anxious or unsafe, the brain focusses on survival instead of learning. 

Think about how your kids easily remember a fun science experiment but struggle to recall a list of facts. Happiness, wonder, and a sense of safety open the door to deeper learning. So, here are the key questions: How can we transform these ideas into concrete, learnable skills that benefit our young learners? And how can cognitive reframing make this process even more effective?

The brain has an incredible ability to grow and adapt, called neuroplasticity. Every time a child learns something new, practices a skill, or shifts a negative thought - like changing ‘I can’t do this’ to ‘I can’t do this yet’- their brain forms new connections, strengthening their ability to learn and grow.

This is where it all comes together: Cognitive reframing helps kids (and us) to see situations in a more positive light. Every time they face a challenge in a new way, their brains use neuroplasticity to build fresh connections that boost resilience and flexible thinking - basically, a growth mindset at its finest! 

For example, instead of thinking “I failed the test,” they can learn to say, “This shows me what I need to practice.” Over time, these new thought patterns strengthen the brain’s learning pathways, helping children develop resilience and confidence.

Time to Take Action

Both teachers and parents can support this process with simple, everyday activities. Try starting the day with a “feelings check-in” where children name how they feel and why. During lessons or home reading, pause to ask, “What can we learn from this mistake?” or “What strategy could help you next time?”. 

Learning to name and label emotions helps develop neuroplasticity and cognitive reframing by teaching the brain to understand and respond to feelings more flexibly.

Creative activities like drawing mindset posters, keeping reflection journals, or storytelling about times they overcame challenges can also help children reframe their thinking. Even mindfulness moments, like taking slow breaths before starting a new task, can make a big difference. 

When children learn to connect their emotions, thoughts, and actions, they not only learn better, but they grow stronger inside and out. More reflective, motivated and happy! 

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References

Scott, E. (2023, October 10). How to reframe stressful situations. Verywell Mind. https://www.verywellmind.com

Sentis. (2012, September 25). Areas of the brain [Video]. YouTube. https://www.youtube.com/watch?v=5_vT_mnKomY

Mindful Schools. (2020, April 24). Shawn, a 1st grader in NY, explains his brain [Video]. YouTube. https://www.youtube.com/watch?v=uYNHrqZzllk