Classical Mechanics Lecture 1: Deterministic State Laws & Conservation of Information
1:29:10Classical Mechanics | Lecture 2
1:39:04Classical Mechanics Lecture 3: Principle of Stationary Action & Euler-Lagrange Equations
1:49:46Classical Mechanics | Lecture 4
1:55:49Classical Mechanics Lecture 5: Continuous Symmetries & Emmy Noether's Theorem
2:02:13Classical Mechanics Lecture 6: Legendre Transforms, Hamilton's Equations & Liouville's Theorem
1:48:02Classical Mechanics | Lecture 7
1:47:17Classical Mechanics | Lecture 8
1:38:07Lecture 9: Magnetic and Electrostatic Forces (TM-CM)
1:34:46Lecture 10: Particles in Electric and Magnetic Fields (TM-CM)
1:37:52Classical Mechanics | Lecture 8
Professor Susskind develops the formalism of angular momentum within the Hamiltonian framework, meticulously deriving its equations of motion. The lecture introduces Poisson Brackets as a fundamental tool for analyzing conserved quantities in classical dynamics.
(November 14, 2011) Leonard Susskind discusses the some of the basic laws and ideas of modern physics. In this lecture, he looks closely at the concept of angular momentum and Poisson Brackets. He derives the basic angular momentum equations and shows how they can describe this fundamental type of motion.
Classical Mechanics | Lecture 7
Next · Lecture 9Lecture 9: Magnetic and Electrostatic Forces (TM-CM)
Seminar notes & discussion
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