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Physics Courses
107: The Physics of Music & Sound
For students of music and others. What sound is, how sounds
combine, the distinctions between musical and non-musical sound, the characteristics
of sounds produce by different instruments, sound recording and reproduction,
and human perception of sound.
110: Electronic Circuits
A laboratory-oriented introduction to modern electronics,
which progresses from simple circuits using discrete solid-state components
to those using integrated circuits common to computers and control devices.
Students will gain insight into the way computers work and learn how to
use microcomputers to control simple devices.
170 (180): Introductory Physics I (Enhanced)
The principles of mechanics as applied
to solids, liquids and gases. Introduction to heat and thermodynamics.
Recommended for students in science, mathematics and engineering dual
degree programs. An enhanced version of Physics 170 offers students an
opportunity to work at a faster pace and/or with more advanced materials.
171 (181): Introductory Physics II
(Enhanced)
The fundamentals of electric and magnetic
phenomena including circuit theory. The theory of waves and wave motion.
Principles of geometrical and physical optics. Recommended for students
in science, mathematics and engineering dual degree programs. An enhanced
version of Physics 171, offering students an opportunity to work at a
faster pace and/or with more advanced materials.
198: Geology
Geology is the study of the origin, evolution, and behavior of the Earth.
We will examine the processes that shape the Earth today, and investigate
the geologic record to see how these processes have operated in the past.
Topics include earthquakes, volcanoes, erosion, rocks and minerals, the
interior of the Earth, Earth history, and plate tectonics. Field trips
to investigate local geology are included. Syllabus
here.
225: Modern Physics
Parts
of the special theory of relativity, atomic physics, nuclear physics and
elementary quantum theory. This course may be considered to be a third
semester of introductory physics.
298: Optics
This course covers the principles of both geometric and wave optics, including
Huygens principle, Fresnel diffraction, interference, optical materials,
and an introduction to Fourier Optics. Laboratory work includes telescopes,
microscopy, interferometry, holography, and optical spectroscopy. Syllabus
here.
302: Astrophysics
Electromagnetic radiation, properties of
stars, stellar structure and evolution, the origin of the elements, galactic
structure and evolution, active galaxies, and cosmology.
310: Statistical and Thermal Physics
A development of the principles of the physics of systems
having very many particles. A statistical (microscopic) approach to the
thermodynamic (macroscopic) properties of many-particle systems, such
as pressure, volume, temperature, entropy, free energy, and heat capacity.
311: Classical Mechanics
Selected topics with particular attention to small oscillations and waves.
The calculus of variations, Fourier analysis, and series solutions of
differential equations are some of the mathematical methods developed
and used. Syllabus here.
314: Electric and Magnetic Fields
Classical electricity and magnetism, electromagnetic fields
and waves. Vector calculus and much of potential theory will be developed
and used throughout the course.
350: Experimental Physics
Advanced laboratory. Students will perform a variety of
experiments from the various branches of physics and astronomy chosen
to suit their individual needs and interests.
370: Quantum Physics
The principles of quantum mechanics. Schroedinger's equation
and applications to some simple physical systems. Observables, operators
and expectation values. Operator algebra. Angular momentum and spin. Approximation
methods.
500: Individual Research
Investigation of a problem in physics or astronomy under
the guidance of a faculty member. Those who elect two semesters of individual
research must write a thesis and take an oral examination.
Requirements for the Major
Major in Physics
The major in physics consists of a minimum of 10 semester courses, including 225
and 350, chosen in consultation with members of the department so as to form a
coherent program in support of the student's interests and goals. Two semesters
of calculus are also required, and continuation in mathematics through
differential equations is recommended. The minor in physics consists of a
minimum of five courses, including 225 and 350, chosen in consultation with
members of the department.
Major in Astronomy and Physics
This interdisciplinary major, requiring at least 10 courses, provides an opportunity for students to pursue their interest in astronomy at a deeper level than is possible through the minor in astronomy, by taking courses in physics that provide additional perspective on the fundamental principles underlying astronomical research. This major is not recommended for students planning to do graduate work in astronomy; such students should major in physics.