The researcher's work focuses on exploring the interplay between complex systems across diverse fields, utilizing a combination of statistical mechanics, energy dynamics, geometric topology, quantum systems, social behavior, opinion formation, algebraic structures, and mathematical modeling. This integrated approach examines phenomena such as phase transitions in Ising models, socio-economic choices from a physics perspective, lattice metrics on the sphere, and decision-making processes, all unified under the overarching theme of understanding universal principles governing complex system behaviors from both theoretical and computational angles.
All Papers
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