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The department's computational physics research spans multiple nanophysics domains [Condensed Matter & Materials Physics], including molecular behavior in nanopores, surface wetting phenomena, thin film studies, cluster formations, hydrogen storage solutions, gas separation techniques, nanobubble dynamics on surfaces, and optoelectronic material development. Researchers also investigate relativistic three-body scattering, quark clustering mechanisms in nuclear structures [Nuclear Physics], and fundamental particle interactions [Particles & Fields]. Additional computational studies explore gravitational collapse phenomena, atmospheric wave patterns, genetic sequencing techniques, cellular membrane permeability, fluid flow behaviors, and electromagnetic interactions with irregular surfaces [Gravitation, Cosmology & Astrophysics], [Fluid Dynamics], and [Biological Physics].