Neuroscientists explore the biology behind processes such as the formation of memories, creative processes, etc.

Neuroeducation is a recent discipline that draws together researchers in neuroscience, educational psychology, and educational technology. Neuroeducation is about how scientific findings can be translated into the real world.

• Attention. To learn, we need to be able to focus on some aspects while ignoring or excluding others. For example, reading this paragraph while ignoring the noise around you.
• Memory. Knowing how memory works and how you can make learning more efficient can increase your performance. Science-based techniques include interleaving and chunking.
• Executive control. Being able to plan, to create a sequence of steps, and to retain important information for short periods. While most happens in the prefrontal cortex, lots of research is needed to understand how executive control works.
• Social behaviour. Social Neuroscience is aiming to understand how our biology affects our social behaviours.
• Neurodiversity. Conditions such as ADHD (attention deficit hyperactivity disorder), dyscalculia (difficulty with arithmetical calculations), and dyslexia impact learning. Neuroeducation aims to understand how these conditions best adapt to the learning environment.