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Explore anomalous diffusion phenomena through integral decomposition and subordination approaches in this 47-minute conference talk. Learn about mathematical frameworks for understanding diffusion processes that deviate from classical Brownian motion, examining how integral decomposition techniques and subordination methods provide powerful tools for analyzing these complex systems. Discover the theoretical foundations and practical applications of these mathematical approaches in modeling anomalous transport phenomena across various physical and biological systems. Gain insights into advanced mathematical techniques used to characterize non-standard diffusion behaviors and their implications for understanding complex dynamical processes.
