Introduction to the fundamental group
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- čas přidán 27. 07. 2024
- A leisurely introduction to the idea of homotopy, including a sketch proof that the fundamental group of the circle is the integers. This is aimed at second year undergrads embarking on projects in geometry/topology who need to quickly learn the basic idea of the fundamental group, so the focus is on developing intuition and explaining the definitions.
I regret no having seen this video before my Topology course got started, it's really eye-opening, thank you very much
Where is it's full playlist... I didn't find this vdo on the topology playlist..
Congratulations! You are an excellent professor. Your explanation is simple and correct. Really cool!
Been looking for a nice calming math video.
Excellent. Thanks !
Hey thanks for the video! I recently read Homotopy in Mendelson's Introduction to Topology, and this video helped in grasping the "math" in whole of the discussion and abstraction of paths and connectedness.
abhineet sharma I’ve read that book and a recommendation I would have if ur interested is algebraic topology by Allen hatcher
A literal life saver, thank you!
omg i can't believe they would have killed you for failing
Great content😊
Awesome!
Very very helpful thank you
The fundamental group is a homotopy to the diagonal entries ( one fundamental group for each diagonal entry) in the subroutine call from-to matrix via Warshalls algorithm. The diagonal entry indicates if a subroutine ever calls itself(loops back to itself)!!!
Clue: cf AI networks and how this applies!!!
Thank you so much. Please support also the Homotopy type book if you are computer scientist
Does this help with number theory?!! How can it be used?! For example, if I wanted to prove Fermat's Last theorem, how could it be used?
What field is this? Topology? Group theory?
"it's called the Pochhammer contour"
Thank you, unfortunately my professor is not the best explainer in the world ;)
c est quoi embedding en francais slp merci d avance
"Plongement", n'est pas?
@@jonathanevans27 je ne sais pas tu es sûr ?