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Explore advanced physics concepts in this comprehensive university-level course covering electricity, magnetism, optics, and quantum mechanics. Delve into electrostatics and electric fields, master Gauss's Law and its applications to conductors and insulators, and understand electric potential and energy conservation principles. Study capacitors, resistance, and circuit analysis including both DC and AC voltage scenarios. Examine magnetism fundamentals, Ampere's Law, and electromagnetic induction through Lenz's and Faraday's Laws. Investigate Maxwell's equations and electromagnetic wave theory, then transition to optical physics including ray optics and wave theory of light. Conclude with an extensive exploration of quantum mechanics, beginning with key experiments and wave-particle duality, progressing through measurement theory and states of definite energy, and culminating in advanced topics like the time-dependent Schrödinger equation and quantum mechanical postulates. Designed for students with strong preparation in physics and mathematics, this course serves as a continuation of introductory physics principles and methods.
