Course Descriptions

Students must receive a passing grade of “D” or better for any prerequisite course unless specifically stated.

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Nanoscience and Nanoengineering
	• NANO 722 Nano-Biomaterials
	• NANO 735 Photovoltaics
	• NANO 736 Advanced Photovoltaics
	• NANO 743 Statistical Mechanics
	• NANO 751 Classical Mechanics
	• NANO 771 Quantum Mechanics I
	• NANO 788 Research Problems/Project
	• NANO 791 Independent Study
	• NANO 792 Topics
	• NANO 890 Seminar
	• NANO 898D Dissertation
Paleontology
	• PALE 691 Independent Study
	• PALE 692 Topics
	• PALE 771/771L Paleobiology/Lab
	• PALE 772 Terrestrial Paleoecology
	• PALE 773 Quantitative Methods in Paleontology
	• PALE 774 Paleoenvironments
	• PALE 775/775L Phylogenetic Systematics/Lab
	• PALE 798 Thesis
Physical Education
	• PE 100 Activity Course
	• PE 103 Nutrition for Everyday Living
	• PE 105 Wellness & Physical Fitness
	• PE 113 Varsity Sports I
	• PE 118 Beginning and Intermediate Swimming
	• PE 191 Independent Study
Philosophy
	• PHIL 100 Introduction to Philosophy
	• PHIL 200 Introduction to Logic
	• PHIL 220 Introduction to Ethics
	• PHIL 233 Philosophy and Literature
	• PHIL 335 History and Philosophy of Science
Physics
	• PHYS 111 Introduction to Physics I
	• PHYS 111L Introduction to Physics I Laboratory
	• PHYS 113 Introduction to Physics II
	• PHYS 113L Introduction to Physics II Laboratory
	• PHYS 119 First Year Seminar in Physics
	• PHYS 183 Elements of Modern Astronomy
	• PHYS 207 Fundamentals of Physics I
	• PHYS 207L Fundamentals of Physics I Lab
	• PHYS 209 Fundamentals of Physics II
	• PHYS 209L Fundamentals of Physics II Lab
	• PHYS 211/211L University Physics I/Lab
	• PHYS 213/213L University Physics II/Lab
	• PHYS 225 Vibrations, Waves, and Optics
	• PHYS 275 Relativity
	• PHYS 291 Independent Study
	• PHYS 292 Topics
	• PHYS 312 Experimental Physics Design I
	• PHYS 314 Experimental Physics Design II
	• PHYS 321 The Physics & Implications of Space Travel
	• PHYS 331 Introduction to Modern Physics
	• PHYS 341 Thermodynamics
	• PHYS 343 Statistical Physics
	• PHYS 350 Advanced Physics Laboratory
	• PHYS 361 Optics
	• PHYS 386/386L Observational Astronomy/Lab
	• PHYS 391 Independent Study
	• PHYS 392 Topics
	• PHYS 404/504 Nanophotonics
	• PHYS 412 Advanced Design Projects I
	• PHYS 414 Advanced Design Projects II
	• PHYS 421/521 Electromagnetism
	• PHYS 433/533 Nuclear and Elementary Particle Physics
	• PHYS 439/539 Condensed Matter Physics
	• PHYS 449/549 Computational Physics
	• PHYS 451/551 Classical Mechanics
	• PHYS 471/571 Quantum Mechanics
	• PHYS 481/581 Mathematical Physics
	• PHYS 491 Independent Study
	• PHYS 492 Topics
	• PHYS 590 Seminar
	• PHYS 691 Independent Study
	• PHYS 692 Topics
	• PHYS 721 Electrodynamics I
	• PHYS 723 Electrodynamics II
	• PHYS 733 Experimental Particle Physics: Principles, Data Analysis, and Simulation
	• PHYS 739 Condensed Matter Physics I
	• PHYS 743 Statistical Mechanics
	• PHYS 751 Classical Mechanics
	• PHYS 761 Nuclear and Particle Physics
	• PHYS 762 Applied Machine Learning in Nuclear and Particle Physics
	• PHYS 763 Advanced Particle Physics
	• PHYS 764 Physics of Neutrinos
	• PHYS 765 Advanced Nuclear Physics
	• PHYS 771 Quantum Mechanics I
	• PHYS 773 Quantum Mechanics II
	• PHYS 777 Introduction to Quantum Information
	• PHYS 779 Group Theory
	• PHYS 783 Quantum Field Theory
	• PHYS 784 Advanced Quantum Field Theory
	• PHYS 785 Astrophysics and Cosmology
	• PHYS 786 Nuclear Astrophysics and the Origin of the Elements
	• PHYS 788 Research Problems/Projects
	• PHYS 790 Seminar
	• PHYS 791 Independent Study
	• PHYS 792 Topics
	• PHYS 798 Thesis
	• PHYS 898D Dissertation
Political Science
	• POLS 100 American Government
	• POLS 102 American Political Issues
	• POLS 165 Political Ideologies

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