After listening to the Mathematical Objects podcast I recorded a few weeks ago, @TeaKayB has delved further into the mathematics of a guitar string. It's a fascinating listen, well worth ten minutes of your time - check it out!
After listening to the Mathematical Objects podcast I recorded a few weeks ago, @TeaKayB has delved further into the mathematics of a guitar string. It's a fascinating listen, well worth ten minutes of your time - check it out!
In a recent episode of the #MathematicalObjects podcast, @sam_hartburn chats about the #guitar as a source of #maths & #mathematical intrigue. I was inspired to take part of what she said a little further: https://mathstodon.xyz/@TeaKayB/110876357639740309
As a (very amateur) #guitarist this #MathematicalObjects #podcast episode appeals to me: https://aperiodical.com/2023/07/mathematical-objects-guitar-with-sam-hartburn/
(It also appeals to me as a (very amateur) #mathematician, but that probably goes without saying.
The other day I was watching some math videos on YouTube.
One struck out to me and I would love to listen to an #MathematicalObjects episode by @peterrowlett and friends about it:
Tensegrity Structures.
They have something magical to them but make sense if you inspect them.
Now, I wonder whether there is math behind it that aids with discovering more shapes given those constraints.