The origin of the commutator

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Before you rush to the comments to yell at Stephanie about the thumbnail or the title of the video...know that this was all MY doing! Who am I, you find yourself asking? Well, who do you think? haha yes...you're correct it is me THE DASTARDLY CHALK. Stephanie is here, she's safe...for now...the only way to save her is to watch till the end and like the video.

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YES!! FINALLY MORE LIE GROUP/MANIFOLD VIDEOS! literally it makes my entire week when I see you post an advanced math topic like this on the main channel. Thanks!!

lexinwonderland
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Chalk is getting out of control with the dastardliness.

Reliquancy
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Hi dear Professor, I have a topic that might interest you and I would like to see a video about it:
PROVE THAT FOR EVERY REAL NUMBER NOT A MULTIPLE OF 2 CONTAINS IN ITS DECOMPOSITION AT LEAST ONE ODD NUMBER

gbessinpenieleliezerhoumba
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How do you know how to differentiate the curves in the group? If the group is a matrix group, then I know how to differentiate because I know how to subtract matrices. But if it's not a matrix group, then how do you differentiate?

nathanborak
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At 11:30 what does Michael meen by "a curve in the tangent space"? I can understand a curve in G (namely A(s)B(0)Ainv(s), which lies in G), but g is a vector space, so there is no notion of "curves".

jms
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