Looking forward to get new episodes. I have never seen something alike to these videos. Thank you for your work, I appreciate it a lot. You changed my perception of math.
How exciting! I loved the topology book by Simmons 50 years ago when I first read it. In my own research, I hardly had much use of math but I will try to hook on to the present day developments.
Professor Ghrist, this is an awesome initiative by the two of you! My name is Shiny Chakraborty and I am currently working as a research assistant in the field of algebraic topology. I am super psyched to learning TDA from this lecture series. Please wish me good luck, prof! : )
LOL.. Wonderful! I am old enough to remember hearing Zig Ziglar, I immediately thought of him when hearing the beautifully timed vocals, as important as the video. It's all over my pay grade, but I will watching anyway, I've loved topology since I first saw it on the Open University as a kid, on a Sunday, in black and white in the mid 1970-s! Hell, I might even learn something new.
Thank you for making these videos, Professor. Love the animations and the art work! Fyi, there's a typo on the Metric spaces page, definition 4. It should say d(x,y) + d(y,z) >= d(x,z).
Yoooo let's goooo finallyy!! I've been wanting to learn convex optimization to get into ML and data science, super excited for this series! Let's go from local to global!! Does TDA use differential topology as well?
Very excited to finally follow a Prof Ghrist series live!
Ghrist is teaching topology, I have literal goosebumps
Looking forward to get new episodes. I have never seen something alike to these videos. Thank you for your work, I appreciate it a lot. You changed my perception of math.
How exciting! I loved the topology book by Simmons 50 years ago when I first read it. In my own research, I hardly had much use of math but I will try to hook on to the present day developments.
Professor Ghrist, this is an awesome initiative by the two of you! My name is Shiny Chakraborty and I am currently working as a research assistant in the field of algebraic topology. I am super psyched to learning TDA from this lecture series. Please wish me good luck, prof! : )
Good luck, Shiny!
@@viditmath Thank you so much for the encouragement, Prof Nanda!
yeah! good luck!
Thank you so much, Prof Ghrist! : )
These videos are a work of art!
thank you so much! put a lot of work into them...
LOL.. Wonderful! I am old enough to remember hearing Zig Ziglar, I immediately thought of him when hearing the beautifully timed vocals, as important as the video. It's all over my pay grade, but I will watching anyway, I've loved topology since I first saw it on the Open University as a kid, on a Sunday, in black and white in the mid 1970-s! Hell, I might even learn something new.
i am so excited for this! i am doing a project for my graduate year in topological data analysis this whole summer and would love to watch this series
BABE WAKE UP GHRIST DROPPED NEW CONTENT
I needed this right now. Thank you so much!
This is awesome! I cannot wait for this series :) The animations are beatiful btw.
Thank you for making these videos, Professor. Love the animations and the art work! Fyi, there's a typo on the Metric spaces page, definition 4. It should say d(x,y) + d(y,z) >= d(x,z).
thank you! appreciate it! yeah, i was typing too quickly on that slide... :-)
Yoooo let's goooo finallyy!! I've been wanting to learn convex optimization to get into ML and data science, super excited for this series! Let's go from local to global!! Does TDA use differential topology as well?
Wow! Well presented!
thanks so much...
Sounds great.
Excellent! 🎉
Journey to the Topocosmos
What is the name of the book? I saw the list of contents but no title or author's name?
4:50 haha, cant wait!
Wow, didn't ecpect this! :D
HYPE
The internet is so cool...
Thanks
Is there an accompanying text for the series?
Should have watched to the end to see the text
no worries ;-)
😮,how to make such animation 😱
soooo muuuuch tiiiiiiiime....
@@prof-g i can see by the quality of the animation 😍
03:04 Please mention the book name .
see FTDA at people.maths.ox.ac.uk/nanda/