🧠Activation of Multiple Brain Pathways
Participation of numerous senses correspondingly activates various areas of the brain, thus building stronger associative networks and developing recall through concurrent visual, auditory, and kinesthetic processing.
🔗 Neural Integration and Cross-Modal Processing
The brain combines sensory inputs in the superior colliculus and other regions, thereby strengthening memory through the connections between different modalities and the practice of using the same code for different senses.
💡 Dual Coding and Redundancy Principle
Information recorded in both visual and verbal form is stored in two memory systems, allowing multiple retrieval paths and improving the accuracy and depth of recall.
🎯 Strengthened Working Memory and Attention
The use of different senses spreads the cognitive load, maintaining focus and engagement while enabling the brain to process information more efficiently and meaningfully.
🧩 Kinesthetic Reinforcement and Embodied Cognition
Activities involving movement or touch create procedural memory and link abstract concepts to real experiences, deepening understanding and retention.
👥 Personalization for Diverse Learners
Multisensory methods support various learning styles, helping students with learning differences such as dyslexia or ADHD access content effectively through multimodal reinforcement.
💖 Emotional and Motivational Engagement
Sensory-rich experiences trigger dopamine release, enhancing curiosity, enjoyment, and intrinsic motivation, which contribute to both short-term focus and long-term memory.