Hearing Pascal's Triangle Mod 2 (Now with a BEAT!)

One in a series of videos in which I musify Pascal's Triangle under different moduli. Mod 2 ends up turning into a Sierpinski Triangle! To learn more about these patterns and how I got into this, check out the main video:
• The Secret Music of Pa...
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[@fluffsquirrel]

This is pretty clever! I knew fractals had musical patterns. CodeParade explored the sounds of the mandelbrot set, and this immediately reminded me of that. Music and math must be extremely closely related. Not to mention, the drums enhanced the rhythm really nicely.

[@marcevanstein]

I remember that CodeParade video; it was really well done!

[@fluffsquirrel]

@@marcevanstein Yeah! Now only if we can combine the rhythm of Pascal's Triangle with the complexity of the MandelBrot set... Do you think that is possible?

[@The0Stroy]

@@fluffsquirrel Rythm from Pascal Tringle, Pitch from Mandelbrot?

[@fluffsquirrel]

@@The0Stroy Exactly! That's a very intuitive conclusion, thank you Stroy.
It gets me thinking if the opposite would also be possible, like the number of iterations for a given point on the mandlebrot interpreted as the number of beats in a set time, meaning a unique rhythm of equal duration for each point on the set. Pascal's triangle may correspond to a scale of sorts, like harmonic or more complex sets of tones like musical tuning wheels. Really opens up a ton of mathematical/musical possibilities!

[@unikracoon1913]

This sounds super cool

[@KashTheStampede]

where's the videos for Pascal's triangle for other prime modulii?

[@The0Stroy]

XOR gate

[@Tiger-mp1we]

yaeh😅🙋🏿‍♂