Stanford University

Our exploration of the theoretical underpinnings<br />of modern physics begins with classical mechanics,<br />the mathematical physics worked out by Isaac Newton<br />(1642--1727) and later by Joseph Lagrange (1736--1813)<br />and William Rowan Hamilton (1805--1865). We will<br />start by taking a close look at Newtonian mechanics<br />and the integral concepts of force, momentum, and<br />gravity. Later, when we turn our attention to Lagrangian<br />and Hamiltonian mechanics, we will delve into potential<br />and kinetic energy, the principle of least action, and<br />chaos theory.<br /><br />This course marks the beginning of a six-quarter<br />sequence of courses that will explore the essential<br />theoretical foundations of modern physics.<br />The topics covered will include classical mechanics,<br />quantum mechanics, the general and special theories<br />of relativity, electromagnetism, cosmology, and<br />black holes. While these courses build upon one<br />another, each course can be taken independently<br />as well. Both individually and collectively they<br />will let students attain the &quot;theoretical minimum&quot;<br />for thinking intelligently about modern physics.<br /><br />Sponsored by the Stanford Continuing Studies Program.<br /><br />Originally presented by the Stanford Continuing Studies Program.<br /><br />Professor Susskind&#39;s Book, &quot;The Theoretical Minimum&quot; now available:<br />http://www.theoreticalminimumbook.com/