Scientific Saturday / Sunday: the neuroscience of doing things you donāt want to do
Hey Everyone, Hope youāre all having a great weekend thus far! Iāve been a fan of neuroscience / biopsychology ever since taking a course on it in university, and am especially interested in how we can apply it to ourselves for our own benefit. Incidentally, a year or two ago I listened to an interesting podcast (see resources below) featuring Dr. Andrew Huberman and David Goggins (perhaps known more than anyone for being relentless in his training and doing things he really doesnāt want to do). They were discussing the role of the anterior mid cingulate cortex (letās just be easy on ourselves and refer to it as the AMCC) in doing things you donāt want to do / tenacity / persistence / etc. Science seems to suggest that the size of this brain region correlates with oneās ability to do things they do not want to do / tenacity. Furthermore, forcing yourself to do things that you do not want to do, especially those that take you out of your comfort zone, increases the size of the AMCC, which leads to stronger will power over time! Furthermore, according to Dr. Huberman: āLeaning into challenges, whether physical or intellectual, promotes brain health and helps maintain cognitive function as you age. This kind of practice is associated with āsuper agersā, people who maintain their cognitive abilities well into later life by consistently engaging in challenging activities. Through consistent effort and facing challenges head-on, we can strengthen our minds without relying on shortcuts or hacks.ā Who else wants to be a āsuper agerā? I am going to add that one to my list of long-term goals!š Of course, the path towards increased AMCC size and health is not easy. It takes a lot of consistent effort to grow this region, and the journey is unpleasant because, after all, we have to do things we donāt want to do on a consistent basis. The more we detest them, the better! Yet, I think it is worth trying. Here are two quotes from a research article (see below) on the AMCC and tenacity: