Was the pun at the start of the video intended? 'Have you ever looked at your knotted ear buds and thought that looks like math? ... Maybe Knot' 😂😂 I love it!
This video was great, well made, visually entertaining, beautifully explained, etc... If you continue on this path i can see your videos expanding in subject and sophistication and im really excited to see the content you create!!
This leaves so many questions: how many colors do you need to colorize all possible 3D knots? How many knots exist for each N-coloring? How do you prove uniqueness between two N-colored knots?
Really cool video , now I wanna know more about knot theory, topology is difficult but really interesting.I hope to see more videos about this subject or math in general that's cool
I thoroughly enjoyed your video! Coming from a video on Conway’s Knot, this was recommended to me at a perfect time, and I learned a lot about a subject I’m looking into now that I know how cool it is! Thank you for your insight into this topic with a well-made video!
I have read and looked at looked at several videos trying to understand these concepts. This is the first one that did it for me. I have no doubt this would be a successful channel if you chose to keep working on it
To find out if the knots are the same just follow it all the way through and see what goes over you and what goes under you if you pretended the line was a train loop with bridges and underpasses. I'm pretty sure this would work.
love this topic and hate the 3rd operation. I have some work on this topic for fun, and this 3rd operation is kinda messy when you try to apply it on the knot description. if you imagine like. the 1st operation is the interaction of a line with itself witch creates a cross on that line. the 2nd operation is the interaction of 2 lines which creates 2 crosses divided in those lines such as the signs for if is goes up or down must be the same on both lines. then the 3rd operation would be the interaction of a line and a cross, in this way you get 4 extra crosses, and you add their values half on the line and the others on the sides of the cross. this way you can apply the transformation locally without worrying of creating extra crosses on the operations.
I think to find out if a knot is in its simplest form you have to take every point on the knot after it's been laid out flat and see if going left and right results in going under another part of the knot and if both legs of the point you chose on the knot go under or over then you can assume that is an unnecessary part of the knot that can be simplified
Claro, tiene que tener una interseccion de minimo 3 rayas para considerarse nodo y Cambiar De Color. Un nodo Se Diferencia (de eso trata el video) debido a si tiene tricoloridad o no
So if I have an anatomical combination and that opposes another bodies anatomical attempt to combine movements is this a knot combination where my knot is the body which doesn't achieve it's combination? Say I'm tying a knot, the string is following me, imagine the opposition following me, they would be tied. This can work in the understanding of words where I order a combination of songs gradually easing into a harmonic sound combo however built upon understanding giving rise to food flavour combos. The this icecream isn't going to taste good to native children who haven't ever tasted icecream before until they have my understanding of life. Which is a rule basis, a following of my movements to the icecream, a this is how you hunt, track and gather or kill the icecream in order to thrive, survive, live. Is this a knot, my icecream and your icecream? m.ruclips.net/video/qa36t6ahz9s/видео.html
excellent quality... spot on, 3 month before the publication by lisa piccirillo about the conway knot
This is a really cool and well made video!
This deserves way more views wth
Was the pun at the start of the video intended?
'Have you ever looked at your knotted ear buds and thought that looks like math? ... Maybe Knot' 😂😂
I love it!
This video needs more viewings. It was so well done and far easier to follow than numerous others.
This video was great, well made, visually entertaining, beautifully explained, etc... If you continue on this path i can see your videos expanding in subject and sophistication and im really excited to see the content you create!!
Excellent approachable clear explanation. One of the best into videos for the layperson I’ve seen on RUclips. Keep up the good work!
This leaves so many questions: how many colors do you need to colorize all possible 3D knots? How many knots exist for each N-coloring? How do you prove uniqueness between two N-colored knots?
Loved how unique your topic is. It was knot what I was expecting. (Great stop motion animation btw) :D
Really cool video , now I wanna know more about knot theory, topology is difficult but really interesting.I hope to see more videos about this subject or math in general that's cool
Thank you for making math... interesting. You'd make an excellent teacher.
This is a lot easier to parse than anything else I’ve seen. Thanks
I admire the effort
I thoroughly enjoyed your video! Coming from a video on Conway’s Knot, this was recommended to me at a perfect time, and I learned a lot about a subject I’m looking into now that I know how cool it is! Thank you for your insight into this topic with a well-made video!
This video helped me to understand the lecturey by Lisa Piccirillo.
I have read and looked at looked at several videos trying to understand these concepts. This is the first one that did it for me. I have no doubt this would be a successful channel if you chose to keep working on it
Amazing, easy to understand. Please make more math or physics video.
This video is super cool! I like the way you made it :) You definitely deserve more views!
Great vid, love the style, and very informative.
This is an awesome video. Good job
wonderfully explained.
Great clear video that’s straight to the point. Earned my subscription. Let’s grow together
I was literally looking at my knotted window blinds and said "hey that looks like physics" and now I'm here 🤣
Awesome video and congratulations!!!!!! Perfect explanation!!! ^_^
Can you please continue to make videos? You have major potential to become a huge content creator.
it’s unfortunate how underrated this video is:(
Wating for a forty-minute-long video about a proof in knot theory made in that style.
Coolest video ive ever stumbled upon baked af
yo this is awesome, you should make another video
Very well made
Why have you made only one video on your channel please make more for math topics 😊
To find out if the knots are the same just follow it all the way through and see what goes over you and what goes under you if you pretended the line was a train loop with bridges and underpasses. I'm pretty sure this would work.
There’s different ways to construct the knot as a train loop though, it might have tons of crossings
you deserve more subscribers
love this topic and hate the 3rd operation.
I have some work on this topic for fun, and this 3rd operation is kinda messy when you try to apply it on the knot description.
if you imagine like. the 1st operation is the interaction of a line with itself witch creates a cross on that line. the 2nd operation is the interaction of 2 lines which creates 2 crosses divided in those lines such as the signs for if is goes up or down must be the same on both lines. then the 3rd operation would be the interaction of a line and a cross, in this way you get 4 extra crosses, and you add their values half on the line and the others on the sides of the cross. this way you can apply the transformation locally without worrying of creating extra crosses on the operations.
This is really good!
Thank you!
Really nice ❤
good video. tq for knots
is there any connections between knot theory and data structures???
excellent video
Great video!
animations are too good
FYI, there is only one distinct knot in 4 spatial dimensions: the unknot.
I think to find out if a knot is in its simplest form you have to take every point on the knot after it's been laid out flat and see if going left and right results in going under another part of the knot and if both legs of the point you chose on the knot go under or over then you can assume that is an unnecessary part of the knot that can be simplified
There is a vihart feel to this video.
Nice visuals
You are really smart
Why have you not get any more videos?
Is this a threefold knot
1:10 deez knots
Amazing video, this was really easy to understand.
Claro, tiene que tener una interseccion de minimo 3 rayas para considerarse nodo y Cambiar De Color.
Un nodo Se Diferencia (de eso trata el video) debido a si tiene tricoloridad o no
Pretty and smart
My intro to knot theoreee
If it's knot theory, what is it, then?
Schrödinger’s cat is it?
i have zero interest in knots but im still watching videos about them
knot the last video, i hope.😁
Lacan't thank you enough
heard about this from marvin minsky
Waiting till she gets some very high education and starts doing beefy math stuff
So if I have an anatomical combination and that opposes another bodies anatomical attempt to combine movements is this a knot combination where my knot is the body which doesn't achieve it's combination?
Say I'm tying a knot, the string is following me, imagine the opposition following me, they would be tied.
This can work in the understanding of words where I order a combination of songs gradually easing into a harmonic sound combo however built upon understanding giving rise to food flavour combos.
The this icecream isn't going to taste good to native children who haven't ever tasted icecream before until they have my understanding of life.
Which is a rule basis, a following of my movements to the icecream, a this is how you hunt, track and gather or kill the icecream in order to thrive, survive, live.
Is this a knot, my icecream and your icecream?
m.ruclips.net/video/qa36t6ahz9s/видео.html
Knots are related to etymology and verbal pronounciation over eons. The math is pretty much tongue tied.
Yeah maybe theoretical physics is knot reality.
I wish this stuff was interesting to me…
It's "knot" illegal! Who are you, the knot police?
math is stoopit.