Mathematician REACTS To 'Animation Vs Math' | (Math Explained)
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- Опубликовано: 15 май 2024
- Link to the original Video from Alan Becker
• Animation vs. Math
In this video, watch me REACT to this amazing animation from Alan Becker 💥
This is probably one of the best if not THE BEST math video out there, it covers essential concepts and ideas, as well as a HISTORY of mathematics taking us through multiple ideas and discoveries.
There is so much to unpack in the video, can you comment below with bits we might have missed out???
Enjoy!!!
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First reaction I've seen that caught the tan-wave gun
Pretty powerful gun too!
16:58 limit at infinity to block tan wave was good.
even the overanalizing one?
Most people miss Aleph at the end! Finally someone who noticed!
Yes! Hiding in the background :)
i think it is because of there monitor on my one i can see it clearly
Several mathematicians have reacted to this video. But I think you caught more details than anyone else.
Thank you that's kind of you to say :)
Mohamed Mohsen did a video a bit over 2 hours where a group of people analysed most of everything in it, including the big mech expression with the integral staff. You two can look at that if it interests you
@@FireyDeath4Channel?
@@jaideepshekhar4621 Mohamed Mohsen
@@jaideepshekhar4621 I replied to you but the reply is hidden for some reason. You will have to view the comments on newest-first sort to see it (-_-)
I like how when eiπ appears everyone gets jumpscared
i love how we discovered e^i π bofore division and multiplication
Just wanted to let you know he just released "animation vs geometry"! And I think it would be cool to see you check it out.(He also has an "animation vs physics" too)
Right? I learned a lot from this video
If you see this comment, one tip for these kind of videos is, instead of using your arrow keys to go five seconds backwards and trying to pause on the right frame, you can also use the , (comma) and . (point) keys to go one frame back or forth at a time. For helping you to remind which keys they are, these are the keys that when pressing Shift, they type the < (lesser than) and > (greater than) characters.
Thank you for the tip 🙏☺️
20:46 eipi demonstrats his i× "doors" cannot be an exit because if you go through 4 of them, you end up where you started (i^4=1)
@@SunnyKimDev well spotted!
24:22 for some context, this stickman usually lives in the animator's (Alan) computer.
So it was like bro got sent to the world that only have numbers. He self-taught himself maths and fight e just like people in the past who don't believe in imaginary numbers.
That's why when he put the multiply sign on his foot he run faster, because he multiplied the frame rate number on his foot.
😂 that makes a lot more sense
A thing that I haven't seen anyone notice - at about 7:35 - Stick man shows his plus sign like it's a cross. This I think is reference the middle age Christian Church's ties to mathematics as a fair number of mathematicians of the time were clergy.
Yes looks like a strong religious moment in the video 🫣
Nobody noticed Ω huh? Absolute infinity
"he's shooting his terms!" love it!
@@bakawaki 😂
NOW, GEOMETRY
I’ll check it out :)
I really enjoyed your explanations for this! You clearly enjoyed explaining it and that makes it so fun. You caught some stuff I hadn’t seen other reactors catch yet, I appreciate the new context even if I don’t understand it all myself.
Thanks so much, your positivity means a lot, appreciate it 🙏☺️
You should check out his “animation vs physics” video and his “animation vs geometry” video that just came out not too long ago
Yes! 😊 will do that thanks
This must be what the great minds before imagine in their head
At 5:05, it seems that your first two equations are conflicting. You might've missed/added a negative somewhere in there. Great video!
Yes I messed that up 😅 obviously not the right equation sorry 🙏
Something to help for future videos, if you're on desktop, you can use , and . to go backwards and forward frame by frame on a video so that you don't pause and start and pause and start hoping you land on the right frame.
@@LeviathanTamer31 thanks I’ll try that next time 🙏
5:48 A cool thing here is that the 5th dimensional matrix of 1s makes a matrix of larger 1s
they should have made the ending where the stickman multiplies everything by 0, shows how everything is tied down to real numbers and destroying the entire universe including himself
The thing at the background,the big shadow,IS "Alpeh" You are right. (i copied it from a other comment on a other video lololol)
Thanks for confirming 😅
the part with the gamma function at the end, i think the intent is that the series is a container of circles at higher dimensions, but when i is readded it all cancels out to -1, sending orange who knows where (i mean, i guess we know now with the newest video)
a teeny tiny mistake at 4:42 . you have a + where you need to have a - sign :)
🫣
Terkoiz wrote the story for this. They also made a sequel called Animation VS Physics which he also wrote, and has some more obvious errors (lol). There might be more sequels in the future, according to a discussion Alan had. In other videos, this character also has adventures in a digital environment with four other stick figures including Alan's computer, Minecraft, some consoles and more
When the tan wave bullet collides with the eipi's, for a preif second you can see the shape |○ flash which represents the **tangent** on the unit circle on point (-1, 0) which would correspond e^ipi on the complex plane. And since f(x) = 9tan(pi*x) the eipis are reduced to 0.
Alan Becker just released Animation vs Geometry, you should watch that too
I will thanks!
It is definitely Aleph, in the back
I’m not even interested neither knowledgeable in maths but your video was still really fun to watch so thank you👍
@@haibatanful thank you so much 🙏
I have thoroughly enjoyed so many mathematicians and math nerds reacting to this animation! I'm so glad someone noticed the tan-wave gun, it took me a second watch to understand it but it's really neat how much they pack into this one animation. It's really easy to miss, but when he's pulling a number out of another, if you go frame-by-frame, you can see that the connecting points is an equal sign! It's a lot more noticeable when he pulls out a 1 since the stickman struggles a bit, but its a really neat easter egg. Also I think what's going on with the square portion with all the ones is that it's connecting back to 1+1+... [on to infinity] and it's just showing those 1+1 equaling the number being squared [in this case, 4], and each 'layer' of 1+1's is another portion of the power, all adding up to equal what that equation would equal. They did this in the multiplication portion too, just a lot easier to understand.
@@WatcherObsi well spotted!
I think you would like the animation vs. geometry.
Just a few days ago, a newly released video came out called "Animation vs Geometry"! Looking forward for your reaction to that 😊
@@HAJDog247 I think I have to right?
@@themathemagicchannel Definitely!
Why is it that when the infinity tan is shot at eiπ, and he uses a limit, it becomes an integral from 0 to infinity?
nice! this one is actually the most entertaining one I've seen!
@@sheepcommander_ thank you!
Awesome video!
Thanks!
Hey there! Alan becker posted another one like this but its about Geometry! Hope you check it out.
@@Konroil oh I’ll check it out thank you!
I adore the joy as a mathematician watches this!
@@barefootalien it was quite fun to watch yes, thanks for the positivity 🌅🙏
@@themathemagicchannel We need more! I'm always scouring YT for mathematically fluent reactors watching this, but there are a shockingly small number! I was thrilled to find another!
Wait I finally understand everything of Animation VS. Math? Oh wow thanks
I didn't notice tan-wave gun until this time
Perfect reaction video 🎉
@@ti_psy_ thank you! Really appreciate the comment ☺️🙏
My favourite part is the representation of what a squared number is. It's very intuitive.
@@Nitram4392 that whole exponent section is real genius 🔥
Just for future videos, you can move the video forward and backward frame by frame by using the period and the comma keys on your keyboard.
😂 thank you, sorry if that bothered you (not a pro at RUclips for sure)
@@themathemagicchannel not bothered. I didn’t know until a few weeks ago and apparently it’s been a feature for years. Just passing along somehing I learned.
Wait you can what with the what now?
...
AWESOME.
@@Ryvaken Learn something new everyday.
U r the first reactor talk about that when he use gamma function to send stickman to a realworld
Thank you that’s so kind of you 🙏☺️
The big aleph in the back is absolutely a shadowy ghost of a behemoth.
More specifically, a countably infinite behemoth
@@zachrodan7543 maybe group theory regulates all our mathematical rules 🫣🔥
This may have already been mentioned, but you can go forward or back in a youtube video frame by frame with , and .
@@MegaFootDude thank you 🙏☺️
There are no "hidden meanings". Its just algebra with a sprinkle of calculus. Either you know it your you don't
Instead of rapidly pausing and unpausing, you can use the , and . keys to advance the video by 1 frame +/- ^w^
Thank you for letting me know, I’m not a pro at RUclips :) just learning the ropes 🙏
@@themathemagicchannel No problem! Lately it seems to malfunction all the time, but it still serves its purpose. And while I'm writing this might as well say, I really enjoyed this video, thank you! Usually I don't care about reaction videos, but for something math related I can make an exception, and in this case I'm glad I did!
Amazing commentary
sshooting EM waves
😂😂😂 powerful stuff
5:08 excuse me? Why the first two lines aren't equal?
Interesting video ❤
Could you clearly explain why there is no solution to the given equation? Why can't real numbers or complex numbers satisfy the equation?
The equation: 1/(x-2) = 3/(x+2) - 6x/(x-2)(x+2)
Or, {1/(x-2)} = {3/(x+2)} - [{6x}/{(x-2)(x+2)}]
Which equation are you referring to in the video?
@@themathemagicchannel It's not related to this video. But I just want to know. The equation is given in my first comment. Kindly check.
10:39 its refering to the parametric equations for a circle
@@reload2832 well spotted!
I understood up to 1+1
∞
Σ(iπ)"
n = 0 n!