Graduate Differential Geometry Class: Suggestions Welcome

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Recommendations for online differential geometry classes include MIT Open Courseware, a course by Prof Arezzo, and various YouTube videos for their concise format and interactive graphics. The discussion highlights the challenge of finding quality courses in this subject area. A user suggests starting with shorter, visual content before progressing to more comprehensive lectures for deeper understanding. They also mention previous study materials, including Wheeler's Gravitation and Flanders' Differential Forms, as useful resources. Overall, the conversation emphasizes the importance of a solid foundation in differential geometry for studying general relativity.
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On-Line class suggestions
Can anyone recommend a good on-line class for differential geometry? I'd like to start studying GR but want a good background in differential geometry before doing so. Many thanks.
 
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Maybe @jedishrfu has some idea because he normally has a good overview of online video sources.
 
This topic is much harder to find courses on as I’ve tried in the past. However, I did find the MIT Open Courseware course:

https://ocw.mit.edu/courses/mathematics/18-950-differential-geometry-fall-2008/

or this course by Prof Arezzo which looks pretty thorough:

and some more visual ones on YouTube which I like because of the relative shortness of the videos and the use of interactive graphics:



My differential Geometry knowledge is somewhat dated with many cobwebs. I learned pieces from an independent studies in General Relativity and in math using Wheeler‘s Gravitation and McConnell’s Dover book on the subject. More recently I looked at Flanders book on Differential Forms but had no time to really get into it.

Personally, I would check out the last selection by Faculty of Khan and then slog through the larger format Prof Arezzo for greater understanding and lastly the MIT one to complete your understanding. I believe they are all at the undergrad level so I guess after that one would tackle the relevant books like Wheelers and Flanders.
 
Many thanks for all the info.
 
Einstein said, when describing someone falling off a building, that the Earth accelerating up to meet him/her. Without the Earth getting larger in all directions as the paradox goes, it curvature of space-time which is why you can have the acceleration up without the surface moving up as you follow a geodesic path. Any deviation from that geodesic will requires a force which is what causes you to have weight on a scale on earth. However, what if we consider an orbiting satellite which is...

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