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Innovative applications of physics can expand the frontiers of electrical engineering, especially in material science and device development, encompassing both solid-state electronics and optics. Studies in applied physics aim to pioneer new approaches through theoretical and experimental exploration of quantum phenomena, examining both fundamental principles and practical implementations. This encompasses nanoscale material physics, controlled crystal formation, low-dimensional materials (both natural and synthesized) with quantum properties demonstrating complex collective behaviors, as well as advanced laser systems, detectors, and photonic technologies. Collectively, these disciplines establish fresh frameworks for uncovering unconventional materials, systems, and physical laws, driving progress in computing, telecommunications, energy efficiency, and enhancements to healthcare and environmental sustainability.