Computational Physics: Role in interdisciplinary Research

Computational Physics holds a pivotal position in interdisciplinary research spanning Mathematics, Astrophysics, and Computational Science, offering solutions to intricate problems.Employing numerical analysis, computational physics harnesses programs and algorithms written in scientific languages like FORTRAN, C/C++, to tackle advanced research challenges.Through computational techniques, we can visualize complex phenomena such as the wave function of particles in a confined space (e. g. , particle in a box problem) or the wave function of a Harmonic Oscillator. Additionally, we can model the trajectories of satellites. These methodologies extend beyond visualization, serving simulation purposes for complex research issues in space exploration. Computational physics significantly contributes to advancing research in mathematical sciences and space exploration, whether theoretical or experimental in nature. This paper delves into the multifaceted applications of computational techniques across various research domains.