**Credit Weight:** 0.5 **Prerequisite(s):** Permission of the Department **Description**: Galilean transformations. Special Relativity: Einstein’s axioms, synchronization, spacetime diagrams, Lorentz transformations, and paradoxes. Relativistic Kinematics: velocity transformation, Doppler effect, and changes in shape. Spacetime geometry: four-vectors, causality, light cones, and transformation of four-vectors. Electromagnetism and Relativity: Maxwell’s equations in four-vector form. Relativistic Dynamics: particle collisions, conservation laws, and invariance. **Offering:** 3-0; 0-0