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Course Criteria
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3.00 Credits
This course covers advanced topics in astrophysics. It includes: celestial mechanics; the nature of electromagnetic radiation; the interaction of light and matter in stellar atmospheres and interstellar medium; nucleosynthesis and stellar evolution; the structure, dynamics and evolution of galaxies; large-scale structure of the Universe; and observational tests of cosmology. Three hours per week. Prerequisites: Physics 113 and Physics 331, or consent of the instructor. Alternate years; next offered Spring 2009.(4 credits)
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3.00 Credits
The fundamental principles of classical mechanics are discussed and applied to problems of contemporary interest. Topics include: charged particle motion in electromagnetic fields, oscillations and resonance, central force motion including the Kepler problem and Rutherford scattering, Lagrangian and Hamiltonian formulations of classical dynamics, symmetry and conservation laws, non-inertial reference frames, rigid body dynamics and applications, and an introduction to non-linear dynamics. Three lectures and problem discussions per week. Prerequisites: Physics 227 and mathematics through differential equations. Spring semester. (4 credits)
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3.00 Credits
This course explores the equilibrium and kinetic properties of many-particle systems such as gases, liquids, and solids. The fundamental notions of entropy, temperature, and the Boltzmann relation are rigorously derived from statistical mechanics, and are used to develop other thermodynamic ideas such as chemical potential and free energy. The theory is applied to classical and quantum systems, including photon gases (black-body radiation), Bose-Einstein condensation, fermion systems such as metals and neutron stars, classical ideal gases, vibrations in solids (phonons), chemical reactions, semiconductors, and transport phenomena. Three lectures per week. Prerequisites: Physics 331 and Mathematics 237. Alternate years; next offered Fall 2009. (4 credits)
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3.00 Credits
The course rigorously covers many fundamental concepts of non-relativistic quantum mechanics, including the Heisenberg uncertainty principle and Pauli exclusion principle, single- and multi-particle stationary states in one, two and three dimensions, and quantized angular momentum and spin. Schrodinger equation solutions for atomic and nuclear systems are studied, using differential equation, matrix and perturbation techniques. Three lectures a week. Prerequisites: Physics 331 and mathematics through differential equations. A familiarity with linear algebra is also helpful. Fall semester. (4 credits)
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3.00 Credits
Students in the major concentration in physics select a subject for independent investigation and preparation of a senior thesis. Independent reading and experimentation by arrangement. Prerequisites: senior standing and departmental approval of the project prior to registration. Every year. (4 credits)
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1.00 Credits
This seminar discusses current topics in physics, astronomy and related fields. It satisfies part of the senior capstone requirement for the physics major. Readings may be assigned as preparation for each seminar meeting. Each student will make a presentation and lead the discussion for at least one seminar session. Faculty and visitors may also make presentations and lead discussions. S/D/NC grading. One hour/week. Spring semester. (1 credit)
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3.00 Credits
Independent reading and experimentation by arrangement. Prerequisites: a faculty sponsor and the department chair must approve a written proposal prior to registration. Every semester. (4 credits)
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3.00 Credits
Physics and astronomy internship credit is available to junior and senior students with declared majors in physics. Special arrangements must be made well in advance of the normal registration period. Departmental approval and supervision is required. Every semester. (4 credits)
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4.00 Credits
Every semester. (4 credits)
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4.00 Credits
Independent research, writing, or other preparation leading to the culmination of the seniors honors project. Every semester. (1-4 credits)
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