The bubble that breaks maths.

If you're near Leeds, check out Maths City! https://mathscity.co.uk/ Against my better judgement, here is all the terrible python code I used to find the cosh curves. https://github.com/standupmaths/bubble-cosh The Goldschmid point is at 0.5276973967 The bubble bursts at 0.6627434193 The working out steps I skipped are on the MathWorld Minimal Surface of Revolution page. https://mathworld.wolfram.com/MinimalSurfaceofRevolution.html If you like some bikes with your gradients, check out Nico's 'Live To Ride' channel. https://www.youtube.com/user/NicoTurnerVideos And as you may have noticed, the laser video with Seb is not out yet. I think it's going to trail this one by quite a while. Thanks to all of my Patreon supporters funded this video. Normally I would just visit a maths museum and have a fun day out. But thanks to you all, I was able to hire a camera person to follow me around. Plus I did a day of prep-work writing code before my visit and a day of generating plots after the visit. That's thanks to Patreon. (Who am I kidding; I would have done the coding and plots anyway.) https://www.patreon.com/standupmaths CORRECTIONS - None yet: let me know if you spot any mistakes! Filming and editing by Nico Turner State-of-the-art computer simulations by Matt Parker Music by Howard Carter Design by Simon Wright and Adam Robinson MATT PARKER: Stand-up Mathematician Website: http://standupmaths.com/ US book: https://www.penguinrandomhouse.com/books/610964/humble-pi-by-matt-parker/ UK book: https://mathsgear.co.uk/collections/books/products/humble-pi-signed-paperback