Published
(October 7, 2013) Leonard Susskind derives the energy levels of electrons in an atom using the quantum mechanics of angular momentum, and then moves on to describe the quantum mechanics of the harmonic oscillator.
Originally presented by the Stanford Continuing Studies Program.
Stanford University:
Continuing Studies Program:
Stanford University Channel on YouTube:
Originally presented by the Stanford Continuing Studies Program.
Stanford University:
Continuing Studies Program:
Stanford University Channel on YouTube:
- Category
- Social
Be the first to comment
Up Next
Autoplay
-
12:05
How Cheap Cigars Legitimized Quantum Mechanics
-
15:51
21 Advanced Phrases (C1) to Build Your Vocabulary | Advanced English
-
1:23:37
Advanced Quantum Mechanics Lecture 10
-
1:48:27
Advanced Quantum Mechanics Lecture 2
-
04:43
The World of Quantum Mechanics Made Simple ~ An Animated Guide - Part 3 (3/6)
-
17:13
From Wombat Butts to Quantum Mechanics | SciShow Quiz Show
-
10:35
Our Quantum World: How Quantum Phenomena Show Up Every Day
-
1:38:47
Advanced Quantum Mechanics Lecture 4
-
52:51
Quantum Mechanics
-
25:47
An Introduction to Understanding Quantum Mechanics Revisited ✺ Animated
-
1:40:06
Advanced Quantum Mechanics Lecture 1
-
11:50
The World of Quantum Mechanics Made Simple ~ An Animated Guide - Part 1 (1/6)
-
1:49:56
Advanced Quantum Mechanics Lecture 6
-
06:09
The World of Quantum Mechanics Made Simple ~ An Animated Guide - Part 2 (2/6)
-
1:27:17
Advanced Quantum Mechanics Lecture 7
-
06:21
How quantum mechanics help birds find their way
-
1:41:39
Advanced Quantum Mechanics Lecture 8
-
07:41
Quantum Supremacy: When Will Quantum Computers Be a Thing?
-
06:18
The World of Quantum Mechanics Made Simple ~ An Animated Guide - Part 6 (6/6)
-
05:53
The World of Quantum Mechanics Made Simple ~ An Animated Guide - Part 4 (4/6)
-
06:11
The World of Quantum Mechanics Made Simple ~ An Animated Guide - Part 5 (5/6)
-
1:43:32
Advanced Quantum Mechanics Lecture 5
-
1:43:35
Advanced Quantum Mechanics Lecture 9
-
12:49
How Quantum Mechanics Saved Physics From Ovens
Loading...