Contributions of neuroscience to learning: a student's guide

Abstract

Despite formal education existing for millennia and psychology contributing to the understanding of learning for over a hundred years, effective learning techniques remain absent from students' repertoire of strategies. This theoretical study focuses on insights from neuroscience for student learning and examines the effectiveness of commonly employed study strategies. One crucial finding is that memories are prone to fading unless emotions are engaged during information acquisition or explicit repetition of the learning process takes place. Furthermore, providing undivided attention to the desired content is crucial for optimizing the formation of effective memory traces. Therefore, it is not surprising that techniques with low salience to attention mechanisms or limited interaction with the information – such as text highlighting, engaging in simple reading, utilization of keywords or mental imagery, and even summarization – tend to yield low effectiveness. On the other hand, engaging in problem-solving exercises and establishing a study routine that incorporates regular and spaced access to information activate essential aspects of attention circuits and facilitate the formation of strong memory traces, thereby maximizing the likelihood of effective learning. Finally, directions for future research are presented, along with a lesser-known yet potentially impactful strategy to enhance repetition and critical reasoning of content: learning by teaching, including the Feynman Learning Method.