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Our Bachelor of Science in Physics with Computing merges physics education with essential computing and mathematics components to cultivate a versatile skillset. Physics and computer science stand as the twin pillars that have largely shaped contemporary society. These fields form the foundation of cutting-edge technologies, from physical device creation to information management and processing. From identifying gravitational waves and capturing black hole images to operating major experiments, simulating intricate systems, and enabling Mars rover missions and space exploration, all depend on computational physics and data science. In truth, every facet of modern physics now requires advanced computing capabilities. A computational physicist's toolkit encompasses strong physics fundamentals enhanced by numerical analysis, computational modeling, mathematical data science, hardware management, big data interpretation, and artificial intelligence. This Physics with Computing program delivers thorough knowledge of fundamental physics principles, focusing on theoretical frameworks and applying mathematical data science with computing to address physics challenges. Beyond the core physics curriculum, you'll gain expertise in pertinent computer science areas including data organization, algorithm development, AI, large-scale data processing, optimization techniques, and embedded systems. Blending physics, computing, and mathematics not only creates an intellectually rewarding synergy but also produces capabilities that are in high demand across both academic research and industrial sectors.