By Shweta Sahu
I was always an average student: I was good, just not good enough. I often wondered what my life and grades would be like if I’d had a better memory or learned faster. I remember several exams throughout my high school career where I just could not recall what certain rote memorization facts or specific details were, and now in college, I realize that if I could somehow learn faster, how much time would I save and be able to study even more? Would a better memory have led me to do better on my exams in high school, and would my faster ability to learn new information have increased my GPA?
Such has been the question for years now in the ongoing debates of memory enhancement
and cognitive enhancement
, respectively. I’m not the only student to have ever felt this way and I’m sure I won’t be the last. Technology and medicine seem to be on the brink of exciting new findings, ones that may help us in ways we’ve never before thought imaginable.
Though neuroscientists are still attempting to understand the intricacies of how memory functions, it has been known since the early 1900’s that memory works in three modes
: working memory, short-term memory, and long term memory, each of which are regionalized to different parts of the brain. Working memory
, which lasts from seconds to minutes, contains information that can be acted on and processed, not merely maintained by rehearsal. Short term memory on the other hand, is slightly longer in duration and occurs in the prefrontal cortex
(think George Miller’s Magic number 7
The views, opinions and positions expressed by these authors and blogs are theirs and do not necessarily represent that of the Bioethics Research Library and Kennedy Institute of Ethics or Georgetown University.