I love how many references to memes and games there are in these videos, like TIS-100 at 8:10 for example. It's nice to know that people know a lot of obscure games like that.
That last point is key. People seem to learn better if they can hook the new learning onto something that already makes sense to them. Using relevant examples also makes the stories stick better.
“In this terrifying world all we have are the connections that we make”— Is it just me or this is a Bojack Horseman reference?
Awesome to see a math free view, but would also be super cool to see elaborated math versions :)
I would've LOVED to see a 20 minute deep dive into the math of graph theory and how it relates to real world problems
Speaking of a small world, this reminds me of Structuralism. It's like Mathematics meets Sociology and, speaking purely "objectively", I find awesome!!
As a high schooler who is considering a major in math but afraid of how abstract it might get, this video is seriously tempting me to take the leap anyway. I really love the way you visualized the concept (by the way, what did you use/how did you animate your video? I'm obsessed with the style) and can imagine it being applied to so many different fields. Fascinating.
dude !! your channel is sooo underrated! great content , great animation and a good humour too ! keep up the awesome work and little by little you will become wayyy more known.
Man I am so glad your recent video blew up and showed me this channel because I really really love it. Can’t wait to be here to watch it grow
Using TIS-100 in your animations is so cute. Love it.
Network theory phd student here, and new subscriber to your channel. I think there are many interesting ideas which you can animate, you already touched some great points in the pokemon video. And the animations are great, congratulations! I would like to point out a misconception in this video, which may deserve a future video as I find it quite interesting. You make a relation between hubs & small world networks, but that is not necessarily true. In fact, the first model for small-world networks (by Watts and Strogatz) does not feature hubs, instead it focuses on the existence of bridges which appear by a rewiring procedure. Networks with hubs are usually called scale-free, with the first model being that of Barabasi and Albert, and AFAIK they need not be small world. They are if hubs are connected to each other, if they are far apart they need not be. But yeah, in general they will be. Anyway, great content, hope to see more in the future!
crazy good video! I just discovered you channel from you video about "uhmmm". keep up the good work, people like you spread curiosity and the desire to learn cool stuff like math!
I just wanted to say that I love your videos. If you ever need any help with research or something (for example in your latest video, counting the space between ummm’s) Im down to help. I feel like this channel is awesome, and deserves way more, and a little help cant hurt.
Recently found your channel, and may I say... I have enjoyed everything that has been mentioned, keep it up!
8:05 the game that is showing in the PC is TIS-100. It a fun game by zectronics
Hell yeah that's a Bojack Horseman quote right there!
Fascinating video! Now I need to read that Star Wars main character blog post…
Hi, sorry I’m new to your channel…but..this is some of the most amazing animation I’ve ever seen….the planning…the minuscule details….its mind blowing. Please, tell me how you got to this level, what resources or programs you use and how I might even begin to start to learn to do something like that. I have seen tutorials for many things but this just seems……beyond what one person could achieve? Casually??!! Any insight appreciated. I feel like I’ve just found a huge blind spot in my understanding!!!
I just gotta say thanks for making videos man. You're helpful.
@dialectphilosophy