Physics Minor

FACULTY:
Niklas Manz, Chair
Laura DeGroot
Cody Leary
Susan Lehman

Why is the sky blue? Why is water wet? In seeking to understand natural phenomena as simply as possible, physicists have made a remarkable discovery: whatever questions they ask the answers ultimately involve the same elegant principles of energy and momentum, mass and charge. Physicists seek and study rhythms and patterns among natural phenomena, including those that are readily apparent (like the orbits of planets) and those that are apparent only to deep analysis and careful observation (like the quantum fluctuations of atoms). Abetted by the power of mathematics, they ultimately comprehend and express the fundamental regularities of the physical universe in uniquely human metaphors. In this way, the universe comes to know itself in human terms.

A Physics major provides a rigorous grounding in the scientific process and a firm scientific understanding of the world. It fosters critical thinking and provides broad practical training in science and technology. It can lead to graduate study and basic research (in a variety of disciplines), to stimulating jobs in industry, or to challenging and rewarding careers in teaching. Our faculty is engaged in original research, and our students are drawn early into collaborative research projects with faculty.

Minor in Physics

Consists of six courses:

PHYS 11100 - Calculus Physics I
PHYS 11200 - Calculus Physics II
PHYS 20100 - Modern Physics
Three elective Physics courses, only one of which can be
PHYS 10300 - Physics Revolutions
PHYS 10400 - Astronomy of the Solar System
PHYS 10500 - Astronomy of Stars and Galaxies
PHYS 10600 - Environmental Physics

Special Notes

The Physics for the Physical Sciences sequence PHYS 11100 , PHYS 11200 is a prerequisite for the selection of Physics as a major and is best taken the first year, although one can still complete the major if the sequence is taken the second year.
The Calculus Math sequence (four half-semester courses) MATH 11000, MATH 11500, MATH 12000, and MATH 12500 must be taken at least concurrently with the Physics for the Physical Sciences sequence.
Those students considering graduate study in physics should be sure to take all four core curriculum courses (PHYS 30100 , PHYS 30200 , PHYS 30400 , and PHYS 35000 ). In addition, we suggest these students take MATH 21100 , CHEM 11100 , CHEM 11200 , and as many advanced Physics courses as can be scheduled.
Those students considering astronomy or astrophysics as a career should major in Physics and take PHYS 10400 , PHYS 10500 , and PHYS 32000 .
For students interested in engineering, Physics is a natural basis for 3-2 engineering programs, which are described under Pre-Professional and Dual Degree Programs .
Students in a 3-2 program must complete at least two 300-level courses (at least one of which must be PHYS 30100 , PHYS 30200 , PHYS 30400 , or PHYS 35000 ) and PHYS 40100 by the end of the Junior year.
PHYS 10300 , PHYS 10400 , PHYS 10500 , PHYS 10600 , PHYS 10700 , and PHYS 10800 do not count toward a Physics major.
No student may receive credit for both PHYS 10700 and PHYS 11100 , or for both PHYS 10800 and PHYS 11200 .
Advanced Placement: A student may receive credit if a score of 4 or 5 is obtained on any of the following AP examinations:

Physics 1
Physics 2
Physics C: Mechanics
Physics C: Electricity and Magnetism

Students need to check with the chairperson of the department to determine whether they will receive one or two credits toward graduation and at what level they should begin their college Physics courses. The advanced placement policy of the College is explained in the section on Admission . Students who have taken a college level physics course (other than Advanced Level or AP Exam) and would like to place beyond the first Physics course need to take a placement exam that the chairperson administers.
The laboratory and classroom components are closely integrated in Physics courses with a laboratory and must therefore be taken concurrently. The course grade and the laboratory grade will be identical and are based on performance in both components; the relative weight of the two components will be stated in each course syllabus.
Physics majors cannot use S/NC grading option for the required courses, and the department recommends they not use it for any course in Physics, Mathematics, or Chemistry.
Physics minors can use the S/NC grading option for no more than two of the required courses.
Only grades of C- or better are accepted.
Only grades of C- or better are accepted as a prerequisite for 200-level courses and above.
Double majors with Physics may elect to complete their I.S. in their other department and not complete 45100 and 45200 in Physics. If this option is selected, students are required to complete one additional 300-level elective in Physics.