General Relativity (2017) by Alex Flournoy at Colorado School of Mines

# playlist (click the video's upper-left icon)    

source: Alex Flournoy    2017年1月12日 / playlist compiled by CosmoLearning
Lectures from 2017 upper level undergraduate course in general relativity at Colorado School of Mines

1 1:21:27 General Relativity Topic 1: Introduction to the Course
2 1:22:44 Topic 2: Relativity and Symmetry
3 1:16:31 Topic 3: Symmetry Transformations and Metrics 2 Case Studies:
4 1:03:39 Topic 4: Spacetimes, SO(1,3), Spacetime Diagrams and Causality:
5 1:17:17 Topic 5: Index Notation and a Pinch of Vectors
6 1:07:53 Topic 6: Vectors and Dual Vectors
7 1:24:15 Topic 7: Tensors
8 57:52 Topic 8: Relativistic Kinematics and Dynamics
9 1:19:50 Topic 9: Densities
10 1:01:50 Topic 10: Equivalence Principles
11 1:27:39 Topic 11: Manifolds
12 1:19:35 Topic 12: Tensors Under General Coordinate Transformations
13 58:03 Topic 13: Loose Ends, Metrics, Flatness and LICs
14 1:18:32 Topic 14: A New Hope (Derivative)
15 1:03:57 Topic 15: Interpreting Christoffel Symbols and Parallel Transport
16 1:27:57 Topic 16: Geodesics
17 1:08:32 Topic 17: Curvature
18 1:22:36 Topic 18: Symmetries, Killing Vectors and Maximally Symmetric Spaces
19 1:01:50 Topic 19: General Relativity and Gauge Theories
20 44:30 Topic 20: Where's Newton?
21 1:24:33 Topic 21: The Schwarzchild Solution
22 1:24:10 Topic 22: Geodesics of Schwarzchild and Tests of General Relativity
23 1:08:26 Topic 23: Interior Solutions and Stellar Collapse
24 1:20:38 Topic 24: Schwarzchild Black Holes
25 1:30:07 Topic 25: Maximally Extended Geometries
26 1:10:58 Topic 26: Rotating Black Holes
27 1:36:32 Topic 27: Black Hole Thermodynamics (a.k.a. I get confused and crucified for it)
28 1:29:47 Topic 28: Gravitational Waves
29 1:24:16 Topic 29: FRW Cosmologies
30 1:32:38 Topic 30: Our Universe

General Relativity (Michael Duff @PSI 2012)

# playlist of the 15 videos (click the upper-left icon of the video)

source: LeonhardEuler1     2012年11月25日
Lectures by Mike Duff on general relativity, which were given at the Perimeter Institute PSI program in 2012. This lecture discusses the motivation for Einstein's infamous theory. It provides a comparison of special relativity vs Newtonian gravity.
The videos can be found in a few other formats at the Perimeter Institute's website here: http://www.perimeterscholars.org/398....
There are also videos from lectures on this topic from previous years, as well as quite a few other topics in theoretical physics- check them out.
Viewers should probably have some knowledge of special relativity before watching these, so lectures on a that topic can be found here: http://www.youtube.com/course?list=EC...
As an additional resource, you might want to check out the lectures Stanford has generously posted here on Youtube, given by Leonard Susskind, on general relativity. They can be found here: http://www.youtube.com/course?list=EC...
One final resource is this wonderful series from the Youtube channel viascience: http://www.youtube.com/playlist?list=...

General Relativity (Michael Duff @PSI 2012)
General relativity is one of the most important breakthroughs in the history of physics, and a solid understanding of this topic is required for work in essentially any field of modern physics, so I figured that I would be remise if I didn't include some lectures on it here on my channel (and I intend to make my own videos on the subject one day as well).
These lectures were given by Michael Duff, who is the Principal of the Faculty of Physical Sciences and Abdus Salam Chair of Theoretical Physics at Imperial College London. His work involves many aspects of fundamental physics from M-theory to elementary particle theory, from quantum gravity to Kaluza-Klein theory, and supergravity (the latter two of which are discussed in lecture 14).
These lectures were given by Prof. Duff at the 2012/2013 Perimeter Institute PSI program - they are NOT my videos! All rights, credit, etc. go to the Perimeter Institute, which can be found at the website linked to below. Moreover, all the videos can be downloaded from the Perimeter Institute website, in various formats and from previous years: http://www.perimeterscholars.org/398.html
Additionally, there are some excellent lectures on GR by Leonard Susskind which can be found over on Stanford's Channel (I figured a few more wouldn't hurt): http://www.youtube.com/course?list=EC6C8BDEEBA6BDC78D
Before tackling these lectures, you may wish to learn/review the special theory of relativity; for example, here: http://www.youtube.com/course?list=ECD9DDFBDC338226CA
One final resource is this wonderful series from the Youtube channel viascience: http://www.youtube.com/playlist?list=PLF56602BAC693237E

100 Years to General Relativity: From Theory to Experiment and Back (32nd Winter School in Theoretical Physics)

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source: Israel Institute for Advanced Studies     2014年12月29日
32nd Winter School in Theoretical Physics
100 Years to General Relativity: From Theory to Experiment and Back

David Gross (University of California at Santa Barbara) Keynote lecture  58:59
Thibault Damour- General Relativity and Experiment 1:33:10
Mark Van Raamsdonk (University of British Columbia) Gravity and Entanglement 1:28:51
Jacob Bekenstein (The Hebrew University of Jerusalem) Dispensing with Least Action in Field Theory 1:25:50
Viacheslav F. Mukhanov (Ludwig Maximilians Universität, München) Basics of Cosmology 1:29:08
Hermann Nicolai -Maximal Supergravity and Beyond 1:33:38
Mark Van Raamsdonk (University of British Columbia) Gravity and Entanglement 1:33:34
Thibault Damour - General Relativity and Experiment 1:26:25
Viacheslav F. Mukhanov - Basics of Cosmology 1:34:50
Thibault Damour-General Relativity and Experiment 1:17:17
Mark Van Raamsdonk -Gravity and Entanglement 1:37:51
Joseph Polchinski- String Theory and Black Hole Information 1:35:01
Viacheslav F. Mukhanov -Basics of Cosmology 1:07:31
Hermann Nicolai - Maximal Supergravity and Beyond 1:14:02
Mark Van Raamsdonk -Gravity and Entanglement 1:31:20
Thibault Damour -General Relativity and Experiment 1:38:20
Hermann Nicolai -aximal Supergravity and Beyond 1:27:50
Joseph Polchinski - String Theory and Black Hole Information 1:30:21
Juan Maldacena -Quantum Mechanics and Spacetime 1:33:55
Gary W. Gibbons (University of Cambridge) Black Holes 1:17:15
Hermann Nicolai - Maximal Supergravity and Beyond 1:17:10
Joseph Polchinski -String Theory and Black Hole Information 1:13:38
Viacheslav F. Mukhanov - Basics of Cosmology 1:26:45
Efraim Halevy -Charting a Course in a Decade of Turbulence 1:08:57
Juan Maldacena-Quantum Mechanics and Spacetime 2 1:36:50
Gary W. Gibbons (University of Cambridge) Black Holes 1:17:05
Kip S. Thorne-Gravitational Waves: A New Window onto the Universe 59:08
James P. Peebles-Transformative Advances and Open Issues in the LCDM Cosmology 53:15
Tsvi Piran The Hebrew University of Jerusalem 1:01:43
Juan Maldacena - Quantum Mechanics and Spacetime3 1:36:58
Gary W. Gibbons - Black Holes 3 1:01:42
Joseph Polchinski-String Theory and Black Hole Information 1:21:04
Juan Maldacena- Quantum Mechanics and Spacetime 1:28:52
January 7 -2015 (first talk ) 1:21:56
january 7, 2015 second talk 1:48:59

General Relativity (Winter 2011) by Alexander Maloney at McGill University

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source: Alexander Maloney   2014年12月7日
The course syllabus is available at http://www.physics.mcgill.ca/~maloney...
The course webpage, including links to other lectures and problem sets, is available at http://www.physics.mcgill.ca/~maloney...
The written notes for this lecture are available at http://www.physics.mcgill.ca/~maloney...

Lecture 1: Introduction, Space-time 1:21:39
Lecture 2: Special Relativity & Space-time 1:00:32
Lecture 3: The Equivalence Principle, Manifolds. 1:21:06
Lecture 4: Manifolds and Tensors 1:25:40
Lecture 5: Tensors 1:21:38
Lecture 6: Tensors. Differential Forms. 1:17:19
Lecture 7: Differential Forms, Integration, Metrics. 1:23:12
Lecture 8: Metrics, Geodesics and Geometry. 1:22:59
Lecture 9: Covariant Derivatives, Integration. 1:20:13
Lecture 10: Curvature. Riemann Tensor. Ricci Tensor. 1:18:33
Lecture 11: Curvature. The Minimal Coupling Principal. 1:21:07
Lecture 12: General Relativity. Einstein's Equations. 1:20:34
Lecture 13: Einstein's Equation. Stress Tensors. Lagrangian Formulation. 1:21:40
Lecture 14: Lagrangian Formulation. Cosmological Constant. 1:20:48
Lecture 15: Einstein-Scalar and Einstein-Maxwell theory. 1:24:37
Lecture 16: Symmetries and Killing Vectors. 1:22:49
Lecture 17: The Schwarzschild Solution. 1:19:08
Lecture 18: Tests of GR. Precession of the Perihelion of Mercury. 1:24:15
Lecture 19: Tests of GR. Gravitational Lensing & Redshift. 1:23:30
Lecture 20: The Schwarzschild Black Hole. 1:20:57
Lecture 21: Black Holes. 1:24:07
Lecture 22: Cosmology, FRW Universes. 1:18:39
Lecture 23: FRW Model. Big Bang Cosmology. 1:23:28
Lecture 24: Gravity Waves. Linearized General Relativity. 1:18:54
Lecture 25: Gravity Waves. 1:10:50

General Relativity 2012 (Leonard Susskind / Stanford University)

# automatic playing for the 10 videos (click the up-left corner for the list)

source: Stanford     Last updated on 2014年9月25日
The Fall 2012 quarter of the Modern Physics series concentrates on Einstein's theory of gravity and geometry: the General Theory of Relativity. Beginning with the basic ideas of Riemannian and curved space, and Minkowski's "space-time," we learn about Einstein's discovery of how gravity is really the curvature of space-time. We also cover the theory of black holes and their strangely paradoxical properties. The final weeks of the course develop the essential ideas of Big Bang cosmology. Originally presented by the Stanford Continuing Studies Program. Professor Susskind's Book, "The Theoretical Minimum" now available: http://www.theoreticalminimumbook.com/

General Relativity Lecture 10 1:36:20
General Relativity Lecture 9 1:44:24
General Relativity Lecture 8 1:23:09
General Relativity Lecture 7 1:54:50
General Relativity Lecture 6 2:04:24
General Relativity Lecture 5 1:39:07
General Relativity Lecture 4 1:41:02
General Relativity Lecture 3 1:52:34
General Relativity Lecture 2 1:45:47
General Relativity Lecture 1 1:49:28