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The purpose of this thread is to provide you with some insight into a framework from statistical physics which has left me fascinated ever since I first learned about it. Now that it is beginning to be applied to neuroscientific research increasingly more often, I can illustrate its usefulness to my own line of work.
In this thread, I will assume the reader has zero knowledge, but infinite intelligence. I will try my best to explain some of the more difficult concepts, but time prevents me from going into detail as much as I would like to. As such, the reader is encouraged to google terms, and ask for clarification on any concept they do not understand. Be they a physicist with limited knowledge about neuroscience, a biologist with limited knowledge about physics, or just an interested laymen. I hope to start a discussion between people from different fields, not necessarily related to the topic at hand, so don’t be afraid to join in.
In this thread, I will assume the reader has zero knowledge, but infinite intelligence. I will try my best to explain some of the more difficult concepts, but time prevents me from going into detail as much as I would like to. As such, the reader is encouraged to google terms, and ask for clarification on any concept they do not understand. Be they a physicist with limited knowledge about neuroscience, a biologist with limited knowledge about physics, or just an interested laymen. I hope to start a discussion between people from different fields, not necessarily related to the topic at hand, so don’t be afraid to join in.