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Physics holds unparalleled influence among sciences due to its theoretical underpinnings. These foundations have unified electricity, magnetism, and optics while giving rise to quantum theory - driving the technological transformation that defines our modern world. This theoretical framework has spawned innovations like telecommunications, material science advancements, chemical breakthroughs, and revolutionary components like transistors and microchips. As society grows increasingly reliant on technology for controlling systems, interacting with our environment, and expanding knowledge, theoretical physics gains greater significance. Its relevance extends beyond obvious applications like quantum technologies. Foundational theoretical physics principles find use across diverse fields - for instance, Noether's revolutionary theorem connecting symmetries to conservation laws not only supports fundamental concepts like energy conservation but also proves valuable in financial modeling. Our BSc Physics with Theoretical Physics program delivers comprehensive training in core physics with theoretical focus, emphasizing mathematical and computational approaches to solving physics challenges. Throughout this three-year course, you'll explore symmetry principles, conservation laws, electromagnetism, relativity, condensed matter physics, quantum phenomena, and material properties. The final year features advanced modules reflecting departmental research specialties, an independent research project, and elective options for personalized specialization.