Introduces cadets to the basic concepts of Newtonian mechanics, vector algebra, particle kinematics and dynamics, rotational kinematics and dynamics, conservation laws, oscillations, fluids and wave motion.

Format: Class/Laboratory
Typically Taken: Fall of 3/c (sophomore) year

Cadets study the basic concepts of electromagnetism, electrostatics, magnetostatics, circuit theory, motions of particles in fields, electromagnetic waves, Faraday's law and Ampere's law.

Format: Class/Laboratory
Typically Taken: Spring of 3/c (sophomore) year

In this course, cadets examine the properties of semiconductors - crystalline structure, electron energy levels, impurity levels, electrical conduction and electron diffusion - and their application to p-n junctions and semiconductor devices.

Format: Class/Laboratory
Typically Taken: Spring of 2/c (junior) year (required of Electrical Engineerng majors in the Systems Track)

Cadets look at historical and modern topics in astronomy, including the solar system, stellar structure and evolution, galaxies and cosmology. The course includes night observations at the astronomical observatory and physical astronomical measurements.

Format: Class
Typically Taken: Fall, odd years

Semester-long research  in physics.

Format: Directed Studies
Typically Taken: Fall or Spring of 1/c year

This introductory course in optics provides a working knowledge of electromagnetic theory and the fundamental principles of geometrical (e.g., reflection, refraction) and physical optics (interference, polarization, diffraction). Learn the basic physical principles underlying practical photonic devices through hands-on, in-class activities.

Format: Class
Typically Taken: Fall, even years