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with its strengths and limitations. Finite Difference Time Domain (FDTD) Method The FDTD approach discretizes both time and space to numerically solve the wave equation. It is particularly effective for modelin
wave functions. Schrödinger’s equation applications. Quantum tunneling phenomena. Problem-Solving: Requires familiarity with differential equations and boundary conditions. Emphasizes conceptual understanding of superposition and measurement. Relativity
