![]() Argonne, obviously, gives us a type of data that we would be able to get anywhere else. I think there's a great opportunity here at the University of Chicago to do something really special in neuroscience. The university's connectivity to Argonne and in particular or operating of Argonne for the US Department of Energy gives us a very particular relationship and very particular opportunities for using this type of infrastructure that again, as I've said, there's no university in the world that can have this level and scale of infrastructure. The power of the tools provided by Argonne along with the university's efforts in neuroscience make this a unique environment. What does it mean in the context of normal brain function? And what happens to these connections in the context of various diseases? So at a basic level, what Bobby is trying to do is to figure out what is the map of the brain in terms of all of these connections, all of the cells, how they are connected to each other, and what does this mean. On his background and enthusiasm actually for tackling ridiculously big problems like this one is what I find exciting. That's one of the reasons why Bobby Kasthuri came here to work on the brain mapping project. The University of Chicago has made a big effort to grow its study of the neurosciences. How is it that this organ in our heads gives us all of these perceptions and understanding and feeling? And when we get to an understanding of how that comes about mechanistically, I think it's really going to change our view of what it is that we are and what it means to be human. Why are human brains different than animals? What happens to the brain that leads to mental illness or degenerative issues? These are puzzles that haven't yet been solved by science.Įveryone wants to understand what it means to be human. To get a physical basis for our thoughts our actions our emotions and our behavior could be literally the most challenging project that anyone has ever tried. I think this could be one of the most difficult things that humans have ever attempted to do. The human brain is incredibly complex, and understanding how it functions could be one of the biggest scientific efforts ever undertaken. ![]()
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