Georgia Tech’s Applied Physics BS marries the elegance of theoretical physics with the urgency of next-gen tech applications. Coursework journeys from electromagnetism and statistical mechanics to quantum computing, nanofabrication, and renewable-energy materials. Undergraduates access state-of-the-art cleanrooms and femtosecond laser labs, collaborating with Oak Ridge and industry partners on superconducting qubits, perovskite solar cells, and terahertz imaging. The result is a physicist-engineer hybrid ready to translate physical laws into market-ready innovations.
Design of a room-temperature single-photon detector for quantum key distribution
Simulation of topological insulator behavior under mechanical strain
Fabrication and testing of perovskite-based flexible solar cells
Magneto-optical imaging of superconducting vortex dynamics
Characterization of graphene-based terahertz modulators
Development of a portable muon-tomography device for cargo inspection
Laser cooling experiment to achieve sub-Doppler temperatures in rubidium
Machine-learning classification of exoplanet transit light curves
Piezoelectric energy-harvesting tiles for smart cities
Quantum Monte Carlo study of strongly correlated electron systems
Optical tweezers setup for trapping and rotating micro-particles
Design of a metamaterial lens with negative refractive index
Investigation of spin-Seebeck effect for waste-heat recovery
Ion-beam patterning of nanomagnetic logic gates
Hybrid perovskite LED efficiency optimization via defect passivation
Explore quantum frontiers and clean-energy breakthroughs with Georgia Tech physics.
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