Time-Efficient Cosmological Simulations With and Without a Quantum Analogue

Explore time-efficient approaches to cosmological simulations in this 17-minute conference talk that examines both classical and quantum analogue methods for modeling cosmic large-scale structure. Learn about advanced computational techniques for simulating the evolution of the universe's largest structures, including innovative quantum-inspired approaches that can potentially reduce computational complexity. Discover how these efficient simulation methods contribute to our understanding of cosmic structure formation and evolution, with practical applications for large-scale cosmological studies. The presentation covers both traditional numerical methods and cutting-edge quantum analogue techniques, providing insights into the future of computational cosmology and the trade-offs between accuracy and computational efficiency in modeling the universe's large-scale structure.