We've featured doodling, fast-talking YouTube mathematician Vi Hart a lot here, but her latest, a 30-minute extended mix, is absolutely remarkable, even by her high standards. For 30 glorious minutes, Ms Hart explores the nature of randomness and pattern, using Stravinsky's 12-tone music as a starting-point and rocketing through constellations, the nature of reality, Borges's library, and more. — Read the rest
This fantastic video by Vi Hart shows you what the math of music looks like in a visual representation — or, should that be "what visual frieze patterns sound like when turned into music"?
Frieze patterns are symmetrical repeating patterns that show up in architecture, art, and even our model of DNA. — Read the rest
Vi Hart is Khan Academy's professional mathemusician. (Yeah, I KNOW, right?) And, this year, she's making the most delightfully nerdy Thanksgiving dinner ever.
It begins with green bean matherole, topped with fried Borromean onion rings. But, besides the fact that it's finished with crispy, delicious hyperbolic geometry, what makes the matherole a matherole? — Read the rest
It's been ages since I last checked in with math-doodling funnylady Vi Hart's YouTube feed — too long. The latest installment's a great technique for visual multiplication (and binomial expansion!) that I wish I'd known when I was in school, and a little rumination on good sentence structure in mathematics. — Read the rest
"Linkage" is a technical/mechanical name for a relatively simple concept that's played a big role in daily life since the Industrial Revolution.
Imagine four rigid bars of different lengths, connected into a chain by three mobile joints. Add one more joint to the end, close the loop, and you have a linkage. — Read the rest
Vi Hart's "Mathematical Doodling" is a series of hilarious and informative narrated videos explaining doodle-games that you can play to explain mathematical concepts in a way that's much more intuitive than the traditional math-class methodologies. Above is binary trees, but be sure and click through to "Snakes + Graphs" — a wonderful, captivating potted graph theory explanation. — Read the rest