Topics in Classical and Modern Physics

Examine the physics that emerged in the early twentieth century—namely special relativity and quantum mechanics—as well advanced topics in classical mechanics and electromagnetism.

This course provides a non-traditional introduction to a broad subject traditionally known as “modern physics”: the physics that emerged in the early twentieth century, namely special relativity and quantum mechanics. Along the way, we revisit some interesting and related topics from classical physics, such as interference and diffraction; analytical mechanics; and time-varying circuits. The goal of the course is to give students both a teaser of college physics, as well as an appreciation for the recurring themes that underlie all of physics.

For the application...

Prerequisites

One year of high school physics, preferably AP, and knowledge of single-variable calculus.

A student will not be rejected for a lack of any particular one of these prerequisites but this will be a challenging course requiring a strong background in mathematics.

Relevant experience

Please list any math or probability courses (beyond single-variable calculus) and any science courses that you have taken, as well as the textbooks used (if known). Additionally, please describe any science- or math-related activities, programs, or competitions in which you have participated.

Application Question (Core-specific free response)

Please click here to download the application questions for this course.