A multisensory perspective of working memory

This review explores how multisensory integration, the interaction of sensory inputs like sight and sound, shapes working memory. It highlights that memory for objects combining multiple sensory inputs (e.g., an image with a sound) is stronger than for single-sense inputs. Multisensory integration happens at both early and advanced brain processing stages, enhancing memory and decision-making. These findings emphasize that leveraging multiple senses may optimize cognitive function, improve learning, and maintain brain health.

Enhance cognitive performance by combining sensory inputs during learning—such as pairing visuals with sounds or touch. This approach can boost memory retention and problem-solving skills. These findings are well-supported, but individual benefits may vary depending on the task and sensory preferences.