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Explore advanced fermionic string theory concepts in this lecture delivered by Ashoke Sen at the International Centre for Theoretical Sciences. Delve into the sophisticated mathematical framework of supersymmetric string theories, focusing on Free Heterotic String, Free Type II and Type I Superstring theories, their interactions, picture changing operators, and amplitude computations. Master the computational techniques required to determine the spectrum and interactions in supersymmetric string theories, building upon foundational knowledge in Quantum Field Theory, General Relativity, and String Theory 1. Gain deep insights into the fermionic aspects of string theory that are essential for understanding modern theoretical physics and the unification of fundamental forces.
