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Explores spin as angular momentum, its operators, commutation relations, and eigenstates in quantum mechanics.
Explores stress-based frequency tuning in micro/nanomechanical devices, covering black body radiation, optical nonlinearity, NETD, and dynamic range.
Covers Advanced Quantum Field Theory with a focus on spinors, wave functions, rotations, and constraints.
Explores the interpretation of energy degeneracy, non-commutativity, spin operators, helicity, and discrete symmetries in the Dirac equation.
Covers the fundamentals of spinor theory and its applications in quantum mechanics and particle physics.
Covers the quantum description of magnetic moments and spin, including the Pauli matrices and observable energy.
Covers the quantization of spin in Quantum Field Theory, focusing on induced representations and unitary irreps.
Explores magnetic moments, spin, and quantum descriptions using Pauli matrices and Stern-Gerlach experiments.
