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Explore a groundbreaking mathematical framework in this conference talk that introduces a novel recursion relation for M2-brane matrix models, presented at the International Conference on Black holes, Strings and Particles (ICBS2025). Delve into advanced theoretical physics concepts as the speaker develops new computational techniques for analyzing M2-brane dynamics through matrix model formulations. Learn about the mathematical structures underlying these quantum field theory models and discover how the newly proposed recursion relation provides more efficient methods for calculating physical observables. Examine the implications of this work for understanding the quantum geometry of M2-branes and their role in M-theory, while gaining insights into cutting-edge research methodologies in string theory and quantum gravity. The presentation covers technical derivations, computational examples, and discusses potential applications of this recursive approach to related problems in theoretical physics.
