Physics (BS in Physics)

Program

Traditionally, many physics undergraduates continue in graduate school in pursuit of Ph.D. degrees in physics or engineering. Previous students who have completed a physics major also enter a variety of other fields, including among many others, archaeology, astronomy and astrophysics, biology, mathematics, computer science, high school teaching, law, medicine, environmental sciences, operations research, technical sales, industrial management, engineering and oceanography. Because physicists are scientific generalists, undergraduate work in physics followed by specialization in other areas has become one of the preferred preparations for many activities that are setting new directions in society. The requirements for major in physics are relatively flexible, and are designed to prepare people for either graduate work in physics or for later specialization in other areas.

Information on the program can be obtained through the World Wide Web at the address https://www.wm.edu/physics.

Graduate Program

The department offers the degrees of Master of Science and Doctor of Philosophy. Degree requirements and a full description of graduate courses in physics can be obtained through the World Wide Web at https://www.wm.edu/physics or you may request application forms by e-mail at grad@physics.wm.edu or by writing to the Chair of the Graduate Admission Committee in Physics.

Required Credit Hours: 34

(Honors and the Premed track have additional requirements. See below.)

Course Requirements

Core Requirements

Students completing a major in physics must take the following courses. Substitutions for these requirements must be approved by the departmental undergraduate committee and the chair. The requirement of senior project or Honors insures that all majors will engage in independent research during the senior year. Because of the extensive facilities available through the graduate program of the department, the senior projects generally deal with problems at the frontiers of physics. It is only through being actively involved in such pursuits that a student can appreciate the nature of the discipline.

Core Requirements
PHYS 101General Physics-Lecture3
or PHYS 101H General Physics I - Honors
PHYS 101LGeneral Physics-Lab1
PHYS 102Gen Physics-Lecture3
or PHYS 102H General Physics II - Honors
PHYS 102LGeneral Physics-Lab1
PHYS 201Modern Physics4
PHYS 208Classical Mechanics of Particles and Waves I4
PHYS 251Experimental Atomic Physics3
PHYS 252Electronics3
PHYS 313Quantum Mechanics I3
PHYS 401Electricity & Magnetism I3
Select two of the following:6
Classical Mechanics of Particles and Waves II
Quantum Mechanics II
Electricity & Magnetism II
Statistical Mechanics and Thermodynamics
Additional Requirements1-6
Physics Research
Physics Research
Honors
Honors
Total Hours35-40

Major Computing Requirements

The departmental computer proficiency requirement is satisfied through the completion of course work demonstrating programming ability. This is typically satisfied by completion of PHYS 256 Practical Computing for Scientists and Engineers. Students may petition the Physics Undergraduate Committee to satisfy the requirement by another course or a senior/honors research project that demonstrates computational proficiency.

Major Writing Requirements

PHYS 451Physics Research1-3
PHYS 452Physics Research1-3
or PHYS 495 Honors
PHYS 496Honors3

Additional Information

Students who plan to attend graduate school in physics should take all of the courses listed above including the courses below. To prepare for some engineering or professional programs it may be appropriate to substitute courses or elect additional courses.

Suitable mathematics courses should also be taken, including the MATH courses listed below.

PHYS 256Practical Computing for Scientists and Engineers3
PHYS 254Introduction to Mathematical Physics3
PHYS 303Classical Mechanics of Particles and Waves II3
PHYS 314Quantum Mechanics II3
PHYS 402Electricity & Magnetism II3
PHYS 403Statistical Mechanics and Thermodynamics3
PHYS 351Scientific Instrumentation Laboratory3
PHYS 352Experimental Modern Physics2
MATH 109Linear Algebra3
MATH 111Calculus I4
MATH 112Calculus II4
MATH 212Introduction to Multivariable Calculus3
MATH 213Multivariable Calculus for Science and Mathematics4
MATH 302Ordinary Differential Equations3
Total Hours44