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The Astronomy and Astrophysics program offers a comprehensive introduction to using physics principles for exploring the cosmos. It strives to maintain an equilibrium between theoretical understanding and practical abilities. Key topics encompass: radiation physics; orbital mechanics and fluid behavior; formation and development of planetary systems, stellar bodies, galactic structures, singularities, and cosmic evolution; plus the engineering and interpretation of observational equipment. Students will develop mathematical, computational, and laboratory competencies such as analytical reasoning, information collection, statistical evaluation, and device development. This curriculum equips graduates for diverse professional paths in scientific fields, encompassing academic research, education, and technological sectors.
Educational Objectives
Identify and articulate fundamental characteristics of celestial entities, ranging from planetary bodies to cosmic structures and spacetime phenomena.
Utilize physical laws to analyze astronomical systems, forecast their developmental trajectories, and solve related challenges.
Understand and explain the functionality of observational apparatuses and their role in studying cosmic events.