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Noa Kraitzman is a Senior Lecturer in the Department of Applied Mathematics at Macquarie University. His research interests intersect applied mathematics with various phenomena, including asymptotic analysis, multiscale dynamical systems, nonlinear partial differential equations, and functional analysis. Currently, he focuses on mathematical modeling related to climate phenomena, including heat convection, phase separation during solidification, and the formation and evolution of brine inclusions in sea ice. Kraitzman employs innovative Stieltjes integral representations to obtain rigorous bounds on effective thermal conductivity in turbulent transport scenarios. His work includes the analysis of models that describe the dynamics of brine inclusions, investigating how thermal gradients affect the structures and behaviors of inclusions within sea ice. He is also involved in functionalized Cahn-Hilliard models, which describe solvent network structures essential for ionic conduction in polymer membranes. In teaching, Kraitzman emphasizes the importance of respecting student individuality and aims to inspire a love for mathematics as a journey of discovery. He believes in equipping students with the confidence and tools they need for success in mathematics, creating a welcoming and constructive learning environment.
Applied to Department of Business (MBA Program).