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Explore advanced computational methods in quantum physics through this 41-minute conference talk delivered at the Erwin Schrödinger International Institute for Mathematics and Physics. Learn about recent developments in auxiliary field quantum Monte-Carlo techniques and their practical applications to solid-state systems. Discover how these sophisticated numerical methods are being used to solve complex problems in condensed matter physics and gain insights into the latest algorithmic advances that are pushing the boundaries of quantum simulations for solid materials.
