Michael Buice is a theoretical and computational neuroscientist with a PhD in theoretical physics and over a decade of experience translating mathematical insight into scalable models and algorithms for neural population dynamics. Based in Seattle, he has led interdisciplinary research programs at the Allen Institute since 2012, developing analytic and simulation-based methods—often implemented in C/C++—to probe coupled network behavior. His work blends advanced techniques from quantum field theory and statistical physics with practical machine learning and data-analysis pipelines to bridge theory and experiment. Known for turning deep mathematical approaches into collaborative, reproducible code, he brings both research rigor and production-minded engineering to large-scale neuroscience projects.
10 years of coding experience
11 years of employment as a software developer
B.S./B.A., Physics/Mathematics, B.S./B.A., Physics/Mathematics at University at Buffalo
PhD, Physics, PhD, Physics at University of Chicago
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