I just wated to express my gratitude. Your videos on Calculus and Discrete Math series from years ago might have been the reason I survived college. Thank you from the bottom of my heart. ❤❤
11:00 wow, that's a very interesting way to generate Pythagorean triples out of thin air! e.g. [[1, -1], [1, 1]] * [[m/n, 0], [0, n/m]] * [[1/2, 1/2], [-1/2, 1/2]] = (1/2mn) [[m^2+n^2, m^2-n^2], [m^2-n^2, m^2+n^2]] and the fact that this has determinant 1 gives us (m^2-n^2)^2 + (2mn)^2 = (m^2+n^2)^2.
After your last video explaining your intentions I thought I'd watch. I have watched several of your University series and benefited from them. I am not a huge fan of 'popular ' maths, but this wasn't dumbed down and didn't patronise the viewer. I thought it was very interesting so great start Dr Trefor and the best of luck with this project.
Clear explanation of invariance with easy to follow examples. Your excellent animations really help too! And thanks for defining terms like isomorphism. Many videos use it without doing so. Same thing for what the Determinant of a matrix means geometrically. Your depiction makes the linear algebra make more sense.
Hmm: Invariants, bet Euler gets a mention (actually Maths, bet Euler gets a mention - the odds are good). My memory of topology is that it is entirely about Invariants - knot theory particularly. Anyway, not dissapointed, makes me realise that I need to revise matricies - that was elegant.
ps. If you're doing full-time youtube for a bit, Dr Bazett, could you have a crack at turning your wonderfully creative explanations to some hectics stuff? E.g. Curry-Howard Correspondence? Perhaps live stream you trying to solve the Collatz conjecture? Maybe run through the proof of the Poincare conjecture that won the millennium prize?! Just some ideas...
It will be really heplful for a mechanical engineering student for Continuum mechanics if you make a course on Tensor Algebra And Tensor Analysis., as there is no reliable course on youtube or net.
![BLACK BAG - Official Trailer [HD] - Only in Theaters March 14](http://i.ytimg.com/vi/Du0Xp8WX_7I/mqdefault.jpg)
I just wated to express my gratitude. Your videos on Calculus and Discrete Math series from years ago might have been the reason I survived college.
Thank you from the bottom of my heart. ❤❤
This will be a legendary series! Thanks so much Dr.!
11:00 wow, that's a very interesting way to generate Pythagorean triples out of thin air!
e.g. [[1, -1], [1, 1]] * [[m/n, 0], [0, n/m]] * [[1/2, 1/2], [-1/2, 1/2]] = (1/2mn) [[m^2+n^2, m^2-n^2], [m^2-n^2, m^2+n^2]]
and the fact that this has determinant 1 gives us (m^2-n^2)^2 + (2mn)^2 = (m^2+n^2)^2.
I love 3 coloring and isomorphisms, glad to see a spectacular introduction to it
I see the Peterson graph, I click
ha:D
Very nice idea for a series Doc! Please do some abstract algebra in the future
Definitely some coming!
After your last video explaining your intentions I thought I'd watch. I have watched several of your University series and benefited from them. I am not a huge fan of 'popular ' maths, but this wasn't dumbed down and didn't patronise the viewer. I thought it was very interesting so great start Dr Trefor and the best of luck with this project.
Thank you so much, that is exactly my goal!
Clear explanation of invariance with easy to follow examples. Your excellent animations really help too! And thanks for defining terms like isomorphism. Many videos use it without doing so. Same thing for what the Determinant of a matrix means geometrically. Your depiction makes the linear algebra make more sense.
Great start! Looking forward to the rest of the series.
Thanks!
Huge love from India
Thank you!
Can't wait to see the next invariants!
The study leave is totally going to be worth it.
Would love to see some in-depth linear algebra stuff!
I have a playlist on linear algebra - check it out!
@@DrTrefor It is brilliant!
I would love if you would do a number theory course I would love it
The more videos I watch on yt, the more I see how everything in math is connected. I wonder how all math is connected to Trefor's favorite T-shirt.
thank you, always pleasure to watch your videos !
Glad you like them!
4:40 caveat - assuming no exclaves
Hmm: Invariants, bet Euler gets a mention (actually Maths, bet Euler gets a mention - the odds are good).
My memory of topology is that it is entirely about Invariants - knot theory particularly.
Anyway, not dissapointed, makes me realise that I need to revise matricies - that was elegant.
Just finished my complex analysis exam and am a little drunk but came to say...Dr Bazett full-time youtuber LET'S GOOOOOOO!!!!!!
ps. If you're doing full-time youtube for a bit, Dr Bazett, could you have a crack at turning your wonderfully creative explanations to some hectics stuff? E.g. Curry-Howard Correspondence? Perhaps live stream you trying to solve the Collatz conjecture? Maybe run through the proof of the Poincare conjecture that won the millennium prize?! Just some ideas...
I wish these would go more in-depth as to the connections between the invariants of each discipline.
Beautiful shirt and interesting series..
Will you do PDEs in the future
Sir please provide lectures on sieve theory
in short, invariant is a function to a set such that the set of same objects is a refinement of the set of fibers
Is there any link between invariants and conservation laws in physics? Im thinking Noether's theorem...
It will be really heplful for a mechanical engineering student for Continuum mechanics if you make a course on Tensor Algebra And Tensor Analysis., as there is no reliable course on youtube or net.
Two graphs have different chromatic numbers, there cannot be a graph isomorphism between them. Then how do you explain subgroups?
The chromatic number of a subgraph is less than or equal to the chromatic number of the original graph.
@@DrTrefor Thank you Dr. Trefor.
Good old Petersons graph
Could you recommend a book about graphs?
Hi sir
How to create videos plz make a video how to make video for videos like you?
I have this! ruclips.net/video/hmQd_P_qj1w/видео.html
@@DrTrefor shifu, any source to learn matlab for graphing step by step.
It's invariants and isomorphisms all the way down. Or something.
I like geese
who doesn't??
Do geese see God?
me too.
@@DrTrefor people who don't like geese
@@BirdsAreVeryCool r/technicallythetruth
Topologists can't distinguish between the two diametrically opposite objects present in your v necked shirt. Expecting topology videos from you
WHOOOOOAAAAAA SKIBID TILET??