Brain Research & Relationships in School: A Key to Learning | Vilare
The interplay between brain science and relationship-building in schools isn’t an either/or proposition, but a deeply connected one. Understanding how the brain functions – particularly in response to stress and connection – is fundamental to creating effective learning environments. This perspective, championed by behavioral scientist Lena Skogholm, highlights that relationships, safety, and clear communication aren’t simply *additions* to education, but rather the very foundation upon which learning is built.
Skogholm’s new book, “Varför elever beter sig som de gör” (Why Students Behave the Way They Do), synthesizes research on how the brain reacts to security, stress, and interaction within the school setting. It also serves as a commentary on recent debates surrounding the importance of relationships in education, asserting that neuroscience validates, rather than contradicts, the need for strong teacher-student connections.
The Brain’s “Countryside” and the Need for Trust
Learning doesn’t occur in isolation; it happens within a brain constantly interpreting its surroundings. Skogholm explains that our most ancient neurological systems continue to influence student behavior in the classroom. She refers to this as the brain’s “landsbygd” – its countryside – representing deeply ingrained, evolutionary programs designed for survival. These programs remain active in a student’s brain today.
Central to this is the element of trust. The brain needs to perceive the source of information as safe and well-intentioned. This perception dictates whether a student will engage with logic and problem-solving, or revert to a state of heightened alertness. “If I don’t know the person giving me information, if I don’t know what their intentions are, how can I know if I can listen?” Skogholm asks.
This dynamic plays out daily. A student who withdraws, reacts quickly, or avoids tasks may be doing so because their brain is preoccupied with assessing safety, not because of defiance. As long as a student is questioning whether they might be made to feel foolish or unsafe, their brain is consumed by that concern. “With security, mental bandwidth is freed up for learning,” Skogholm emphasizes.
Beyond Consequences: Supporting, Not Threatening, the Brain
Skogholm also examines the role of structure, rules, and consequences, not to condemn them, but to illustrate their impact on the brain. She stresses that consequences should never evoke fear or a sense of threat, as this triggers a defensive response that hinders learning.
She challenges the common assumption that consequence ladders automatically foster calm. Research suggests the effect is variable, and can even exacerbate problems for students already struggling. “As far as I know, there is no research that clearly shows that consequence ladders operate for everyone. In students with already high stress levels, they can even trigger problem behaviors,” she notes.
This raises a critical question: aren’t these the very students who need the most support, and who are therefore most at risk of being subjected to consequence-based systems? Skogholm proposes that schools instead focus on clarifying the positive outcomes of appropriate behavior, while simultaneously developing a support system for when things don’t go as planned.
“We train the young brain to observe the benefits of functioning behaviors. And when the student fails, we show that we are here to support them so that it goes better next time.”
The “Sunshine Brain” and “Gray-Scale Brain”
To make these concepts more accessible, Skogholm introduces the models of the “sunshine brain” and the “gray-scale brain” – pedagogical terms for describing how emotional state influences learning. Positive emotions activate a network in the left hemisphere, which she calls the “sunshine brain,” because it intuitively represents a state of clarity and enhanced cognitive function. Conversely, negative emotions activate a different network, shifting the brain into a vigilant, tunnel-vision mode.
In the classroom, this translates to the importance of word choice, tone of voice, and compact affirmations. “Remove the gap between thought and tongue. As soon as you see something good, say it. That’s how we build up the brain’s internal working environment.”
Structure and Flexibility: A Balanced Approach
Skogholm also highlights the interplay between structure and flexibility. Clarity creates security, which in turn enables flexibility. “The more prepared you are, the more you can improvise. The structure provides the well-trodden path that the reptilian brain needs.”
This approach acknowledges the fundamental need for predictability and safety while allowing for adaptation and responsiveness to individual student needs. It’s a shift away from rigid control and towards a more nuanced understanding of how the brain learns best.
You can locate more insights on this topic at Vilarare.se, where the original article was published.
Further exploration of the importance of personal relationships in education can be found at Vilarare.se, and a discussion on student influence and its support for teachers can be found here. For a book review focusing on teachers’ relational skills, see this review.
Looking Ahead: Integrating Neuroscience into Educational Practice
The work of Lena Skogholm and others underscores the need for ongoing professional development for educators, equipping them with a deeper understanding of brain science and its implications for classroom practice. This isn’t about abandoning traditional teaching methods, but about enriching them with insights from neuroscience to create more supportive and effective learning environments. Continued research into the specific mechanisms by which relationships impact brain function will be crucial, as will the development of practical tools and strategies for teachers to implement these principles in their daily work. Prioritizing the emotional well-being of students is not just a matter of compassion, but a scientifically sound approach to fostering academic success.