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PHYS 351: Electricity and Magnetism I
3.00 Credits
Loyola University Chicago
Prerequisite: PHYS 235, 301 & MATH 264 Electrostatics and magnetostatics in a vacuum as well as in linear media, and an introduction to electrodynamics. Outcome: Students will gain an understanding of mathematical methods of electrodynamics, of static electricity and magnetism including Coulomb's, Gauss', Ampere's, and Faraday's laws and their applications, and of solutions of Laplace's and Maxwell's equations.
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PHYS 351 - Electricity and Magnetism I
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PHYS 352: Electricity and Magnetism II
3.00 Credits
Loyola University Chicago
Prerequisite: PHYS 351. Introduction to electrodynamics and the special theory of relativity. Outcome: Students will gain an understanding of electromagnetic field energy and momentum, Maxwell's equations and their applications including electromagnetic radiation and emission, involving retarded potentials and Lorentz covariance.
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PHYS 352 - Electricity and Magnetism II
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PHYS 361: Quantum Mechanics I
3.00 Credits
Loyola University Chicago
Prerequisites: PHYS 235 & PHYS 301 Non-relativistic quantum mechanics. Outcome: Students will understand and use separation of variables, finite polynomials, and matrix algebra to solve the Schroedinger equation, explain microscopic structure of matter, and describe philosophical interpretations of quantum mechanics.
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PHYS 361 - Quantum Mechanics I
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PHYS 362: Quantum Mechanics II
3.00 Credits
Loyola University Chicago
Prerequisites: PHYS 361 Continuation of PHYS 361. Emphasis of angular momentum, approximation methods, time evolution, quantum theory of radiation, scattering theory and selected topics. Outcome: Students will understand and use separation of variables, algebraic approach to representation of angular momentum. They will be able to compute scattering cross-sections of identical and non-identical particles.
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PHYS 362 - Quantum Mechanics II
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PHYS 366: Microcomputer Des & Interfac
3.00 Credits
Loyola University Chicago
Prerequisite: MATH 362 or PHYS 266. Computer architecture, CPU logic, data acquisition, signal conditioning, analog/digital conversion and computer interfacing. Outcome: Students will gain a working knowledge of interfacing techniques and design, hands-on experience with professional interfacing hardware and software, and the ability to document and report experimental results.
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PHYS 366 - Microcomputer Des & Interfac
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PHYS 380: Special Topics in Physics
1.00 - 3.00 Credits
Loyola University Chicago
Prerequisite: Instructor's permission. This variable (1-3) credit enrichment course introduces students to a topic not generally covered in other courses. This course can be repeated. Outcome: Students will understand the material of the course and develop an ability to apply the knowledge gained to other contexts.
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PHYS 380 - Special Topics in Physics
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PHYS 381: Special Topics in Physics
1.00 - 3.00 Credits
Loyola University Chicago
Prerequisites: Instructor¿s permission. This variable (1-3) credit enrichment course introduces students to a topic not generally covered in other courses. This course can be repeated. Outcome: Students understand the material of the course and develop an ability to apply the knowledge gained to other contexts.
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PHYS 381 - Special Topics in Physics
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PHYS 391: Research
1.00 - 3.00 Credits
Loyola University Chicago
Research in physics or an associated field. This is a variable credit course and can be repeated. Outcome: Under the guidance of a faculty member, students study and understand research methods employed by physicists and gain a deeper understanding of a particular area of physics.
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PHYS 391 - Research
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PHYS 394: Argonne Lab Research
3.00 Credits
Loyola University Chicago
Prerequisites: Chairperson¿s permission and acceptance by appropriate program. Study and research at the Argonne National Laboratory. Only those students who are accepted into the Argonne National Laboratory's student program (or similar programs elsewhere) are eligible. No tuition is charged. Outcome: Students will work with a research group at Argonne or other laboratory to understand research methods employed by physicists and get a deeper understanding of a particular area of physics.
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PHYS 394 - Argonne Lab Research
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PHYS 395: Argonne Lab Research
3.00 Credits
Loyola University Chicago
Prerequisites: Chairperson¿s permission and acceptance by appropriate program. Study and research at the Argonne National Laboratory. Only those students who are accepted into the Argonne National Laboratory's student program (or similar programs elsewhere) are eligible. No tuition is charged. Outcome: Students will work with a research group at Argonne or other laboratory to understand research methods employed by physicists and get a deeper understanding of a particular area of physics.
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PHYS 395 - Argonne Lab Research
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