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Explore the Swampland Program in this 55-minute conference talk that examines the fundamental constraints on effective field theories that can be consistently coupled to quantum gravity. Delve into the theoretical framework that distinguishes between consistent quantum gravity theories (the "landscape") and inconsistent ones (the "swampland"), learning how string theory provides crucial insights into these boundaries. Discover the various swampland conjectures, including the weak gravity conjecture, distance conjecture, and de Sitter conjecture, and understand their implications for cosmology, particle physics, and our understanding of quantum gravity. Examine how geometric considerations and finiteness conditions play essential roles in determining which low-energy effective theories can arise from consistent theories of quantum gravity, and gain insights into the deep connections between mathematics and theoretical physics in constraining the possible laws of nature.
