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Physics equips you with fundamental knowledge to comprehend the Universe, spanning from subatomic particles to celestial phenomena.
Explore quantum mechanics, relativity, electromagnetism, and condensed matter physics, while discovering how these principles drive innovations in fields like materials science, medical imaging, and computing.
Acquire versatile skills that unlock diverse career paths in research, engineering, medical physics, defense, education, finance, and data analysis.
Your initial year will establish core physics principles, covering classical mechanics, special relativity, wave theory, thermodynamics, and astronomy while building mathematical, experimental, and programming competencies.
The second year advances your grasp of contemporary physics through quantum theory, electromagnetism, and atomic physics, complemented by higher-level mathematics and computational techniques. You'll engage in comprehensive lab work and collaborative projects, potentially addressing real-world challenges posed by our industry and research partners.
Final-year studies culminate your physics education with advanced topics like nuclear physics, thermodynamics, and condensed matter, alongside independent laboratory research. Specialized options, including medical physics, allow for focused study in your areas of interest.