How has the foundation of memory been broadly explained?

The foundation of memory is best understood as numerous biological devices that enable the retention of skills and knowledge. This view encompasses the complex interplay of various neurological structures and processes involved in encoding, storing, and retrieving information. Memory is not merely a psychological phenomenon; it relies heavily on physical changes in the brain that facilitate learning and recall. Neuroplasticity, for example, refers to the brain's ability to reorganize itself by forming new neural connections throughout life, which underlines the biological basis of how memories are formed and maintained. This perspective emphasizes that memory is rooted in our biological makeup, highlighting the importance of the brain's physical attributes and their functions in supporting memory processes.

In contrast, while psychology certainly plays a role in understanding how memory works from a behavioral standpoint, and learning behaviors can influence memory through techniques like repetition, these do not address the biological hardware that underlies memory function. Thus, recognizing memory primarily as a series of biological devices provides a comprehensive view of its foundation.