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PHYS 100
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Thinking About Physics
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PHYS 101
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College Physics: Mech & Heat
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PHYS 102
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College Physics: E&M & Modern
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PHYS 110
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Physics Careers
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PHYS 140
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How Things Work
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PHYS 150
|
Physics of Societal Issues
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PHYS 199
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Undergraduate Open Seminar
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PHYS 211
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University Physics: Mechanics
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PHYS 212
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University Physics: Elec & Mag
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PHYS 213
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Univ Physics: Thermal Physics
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PHYS 214
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Univ Physics: Quantum Physics
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PHYS 222
|
Enrichment E & M
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PHYS 225
|
Relativity & Math Applications
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PHYS 325
|
Classical Mechanics I
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PHYS 326
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Classical Mechanics II
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PHYS 329
|
Atmospheric Dynamics I
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PHYS 401
|
Classical Physics Lab
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PHYS 402
|
Light
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PHYS 403
|
Modern Experimental Physics
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PHYS 404
|
Electronic Circuits
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PHYS 419
|
Space, Time, and Matter-ACP
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PHYS 420
|
Space, Time, and Matter
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PHYS 427
|
Thermal & Statistical Physics
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PHYS 435
|
Electromagnetic Fields I
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PHYS 436
|
Electromagnetic Fields II
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PHYS 460
|
Condensed Matter Physics
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PHYS 466
|
Atomic Scale Simulations
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PHYS 475
|
Introduction to Biophysics
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PHYS 485
|
Atomic Phys & Quantum Theory
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PHYS 486
|
Quantum Physics I
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PHYS 487
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Quantum Physics II
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PHYS 496
|
Intro to Physics Research
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PHYS 497
|
Individual Study
|
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PHYS 505
|
Classical Electromagnetism
|
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PHYS 508
|
Mathematical Physics I
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|
PHYS 510
|
Nonlinear Dynamics
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PHYS 540
|
Astrophysics
|
|
PHYS 561
|
Condensed Matter Physics II
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|
PHYS 565
|
Theory of Semicond & Devices
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|
PHYS 570
|
Subatomic Physics
|
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PHYS 580
|
Quantum Mechanics I
|
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PHYS 582
|
General Field Theory
|
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PHYS 596
|
Graduate Physics Orientation
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PHYS 597
|
Individual Study
|
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PHYS 598
|
Special Topics in Physics
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PHYS 599
|
Thesis Research
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