Academics
Course Search
Search courses by title, code, department, or description.
119 Courses Matching “physics”
66 Code & Title Matches
School of Engineering
Biomedical Engineering
Chemical Engineering
Geology & Geological Engineering
College of Liberal Arts
Philosophy & Religion
- Phil 693: Special Topics in Metaphysics
- Phil 611: Problems of Metaphysics
- Phil 593: Adv Seminar Epistemology/Metaphysics II
- Phil 323: Metaphysics
- Phil 422: Seminar in Epistemology/Metaphysics
- Phil 590: Adv Seminar Epistemology/Metaphysics
Physics & Astronomy
- Phys 723: Nuclear Physics I
- Phys 108: Conceptual Physics II
- Phys 724: Nuclear Physics II
- Phys 651: Mathematical Methods of Physics I
- Phys 652: Mathematical Methods of Physics II
- Phys 717: Modern Physics I
- Phys 718: Modern Physics II
- Phys 725: Solid State Physics I
- Phys 726: Solid State Physics II
- Phys 630: Independent Study in Physics II
- Phys 301: Intro to Physics Careers and Research
- Phys 101: Introduction to Contemporary Physics I
- Phys 102: Introduction to Contemporary Physics II
- Phys 202: Physics Toolbox II
- Phys 530: Independent Study in Physics I
- Phys 201: Physics Toolbox I
- Phys 750: Independent Study in Physics III
- Phys 749: Advanced Topics in Physics
- Phys 510: Physics and Astronomy Colloquium
- Phys 629: Special Topics in Physics
- Phys 503: Selected Topics in Physics
- Phys 427: Introduction to Condensed Matter Physics
- Phys 514: Physics of Medical Imaging
- Phys 695: Physics Research Project
- Phys 795: Advanced Physics Research Project
- Phys 107: Conceptual Physics I
- Phys 534: Survey of Topics in Physics II
- Phys 214: General Physics II
- Phys 697: Thesis Research in Physics
- Phys 417: Modern Physics Laboratory
- Phys 425: Nuclear & Particle Physics Laboratory
- Phys 415: Radiation Physics Laboratory
- Phys 413: Introduction to Biophysics
- Phys 318: Introduction to Modern Physics II
- Phys 317: Introduction to Modern Physics I
- Phys 313: Physics & Biophysics of Air & Water
- Phys 308: Mathematical Physics
- Phys 223: Laboratory Physics I
- Phys 224: Laboratory Physics II
- Phys 222: Lab Physics for Science & Engineering II
- Phys 215: Physics for Pharmaceutical Sciences
- Phys 221: Lab Physics for Science & Engineering I
- Phys 733: Elementary Particle Physics
- Phys 213: General Physics I
- Phys 211: Physics for Science & Engineering I
- Phys 212: Physics for Science & Engineering II
- Phys 123: Physics of the Atmosphere
- Phys 112: Physics of Light, Color, & Art
- Phys 111: Physics of Sound & Music
- Phys 735: Gravitational Physics
- Phys 533: Survey of Topics in Physics I
- Phys 607: Atomic and Nuclear Physics
- Astr 325: Astrophysics
School of Engineering
53 Full-text Matches
School of Engineering
Chemical Engineering
Civil Engineering
College of Liberal Arts
Mathematics
Physics & Astronomy
- Phys 797: Dissertation
- Phys 634: Electronics in Research
- Phys 636: Advanced Physical Optics
- Phys 605: Advanced Acoustics
- Phys 540: Introduction to Scientific Computing
- Phys 532: Advanced Acoustics Laboratory
- Phys 522: Acoustics Laboratory
- Phys 521: Acoustics
- Phys 507: Directed Research
- Phys 464: Senior Research Project
- Phys 463: Senior Research Project
- Phys 461: Senior Seminar
- Phys 436: Introduction to Cosmology
- Phys 451: Introduction to Quantum Mechanics
- Phys 422: Digital Electronics & Microprocessors
- Phys 402: Electromagnetic Theory II
- Phys 401: Electromagnetic Theory I
- Phys 321: Electronics
- Phys 319: Optics
- Phys 315: Radiation Science
- Phys 310: Mechanics
- Phys 309: Thermodynamics
- Astr 204: Astronomy of Stars and Galaxies
- Astr 436: Introduction to Cosmology
- Phys 501: Intermediate Electromagnetic Theory I
- Phys 502: Intermediate Electromagnetic Theory II
- Phys 498: Senior Review
- Phys 732: Quantum Field Theory II
- Phys 731: Quantum Field Theory I
- Phys 728: Adv Thermodynamics/Statistical Mech II
- Phys 727: Adv Thermodynamics/Statistical Mech I
- Phys 722: Advanced Electromagnetic Theory II
- Phys 721: Advanced Electromagnetic Theory I
- Phys 712: Quantum Mechanics II
- Phys 711: Quantum Mechanics I
- Phys 710: Advanced Mechanics II
- Phys 709: Advanced Mechanics I
- Phys 303: Physical Theory and Techniques
- Astr 104: Intro Astronomy of Stars and Galaxies
- Astr 103: Intro Astronomy of the Solar System
- Astr 101: Descriptive Astronomy
- Phys 637: Fluid Dynamics
- Phys 525: Ultrasonics
- Phys 511: Physical Acoustics Seminar
- Astr 360: Introduction to Astrobiology
- Astr 340: Introduction to Astrochemistry
School of Engineering
School of Pharmacy
Course Numbering System
Courses are described by a subject prefix (e.g., Accy for Accountancy) followed by a three-digit number (complete listing of course prefixes). This constitutes the official designation of the course for the purposes of registration and official records. The official course title also appears following the course number, along with a brief description of the course. The number of semester hours of credit for the course and information about pre- or corequisites is also provided. The following numbering system determines the level of the course and availability to students.
Course Level | Description |
---|---|
1-99 | Courses that accrue no credit toward a degree |
100-299 | Lower-division courses; open to all students for undergraduate credit |
300-499 | Upper-division or advanced courses; open as undergraduate credit to students who are classified as sophomore or higher, or by permission of the department offering the course |
500-599 | Courses open as graduate credit to graduate students and open as undergraduate upper-division credit to undergraduate students who are classified as juniors or seniors |
600-799 | Courses open to graduate students |
Prerequisites are listed for some courses. A student may not take a course unless these prerequisites have been met. In a continuous course sequence (such as Writ 101, 102 or Math 261, 262, 263, 264) the prior courses are prerequisite to the subsequent courses unless otherwise stated. Thus, a student who has failed one semester of a continuous course sequence may not take a subsequent course in that sequence until the failed course has been passed. In the case of modern or ancient language sequences (such as Span 101, 102, 201, 202), a student may begin at any level but then must take any subsequent courses in order. If a corequisite course is listed, this course must be taken during the same semester as the first course.