How movement, distinct environments, and brain science support our innovative classroom approach
Walnut School’s unique subject-wise classroom approach is strongly supported by new findings in cognitive science. Leading studies demonstrate that physical activity, context-rich environments, and subject diversity all work together to enhance learning and memory for students.
Cognitive Science Foundations
Recent research shows that:
Movement Boosts Memory
Skriver et al. (2024) in Memory & Cognition report that mild exercise, such as walking, immediately improves memory encoding. When Walnut students change rooms for each subject, their brains are better primed to learn and recall.
Read about Skriver et al.’s memory research →Distinct Environments Aid Retention
Chappel-Farley et al. (2024) in Scientific Reports demonstrate that using different environments (colour, decor, layout) for each subject lesson enhances overnight memory retention. Each classroom can cue subject-specific memories, making recall much more efficient.
See Chappel-Farley et al. on environmental memory cues →Regular Activity Increases Neuroplasticity
Jentsch & Wolf (2020) in Neurobiology of Learning and Memory show that moderate-intensity activity scheduled through the day supports even stronger learning and brain adaptability. Walnut’s day with activity breaks and classroom transitions fits well with these findings.
Jentsch & Wolf on exercise and learning →Walnut’s Application
- Each subject is taught in its own, uniquely designed room (labs, maths rooms, art spaces), providing distinctive “memory hooks” for students.
- The daily schedule involves frequent movement and transitions, embedding natural activity into the school day.
- Classrooms use colour, organisation, and themed decor to heighten focus and make each lesson memorable.
Reference Table
| Principle | Research | Walnut Practice |
|---|---|---|
| Movement primes memory | Skriver et al., 2024 | Walks between classes |
| Contextual cues boost retention | Chappel-Farley et al., 2024 | Unique environments per subject |
| Regular activity increases neuroplasticity | Jentsch & Wolf, 2020 | Active scheduling/transitions |
References
- Skriver, J., et al. “Acute exercise improves motor memory: Exploring potential biomarkers.” Memory & Cognition, 2024. ScienceDirect Link
- Chappel-Farley, M.G., et al. “Engagement in moderate-intensity physical activity supports overnight memory retention in older adults.” Scientific Reports, 2024. Nature Link
- Jentsch, V.L., & Wolf, O.T. “Neurobiology of Learning and Memory: Physical exercise and cognitive enhancement.” 2020. Neurobiology of Learning and Memory
Experience science-backed education at Walnut School
📞 020-3500 7900 | 📧 [email protected]
🏫 Shivane | Fursungi | Wakad