Pi is a constant number, infinite, never repetitive and proverbially unpredictable – and therefore fascinating.
This is how we know Pi from school: 3.14159265359 … but what does Pi look like?
Pi in Colors
The basis are the spectral colors from 380nm (ultraviolet) to 780nm (infrared), i.e. the color spectrum visible to the human eye. Pi contains the numbers from 0 – 9, so the spectral colors are divided into 10 parts. Calculated for each number you get an exact wavelength and color.
Bilder
All paintings in acrylic on canvas
Creation of “Pi #5927”:
https://www.youtube.com/watch?v=oYK1smLtJW4
“Pi in colors” Shop
Visit my shop on redbubble.com, where the concept of “Pi in colours” is available on various home items such as T-shirt, clock, shower curtain, coffee mug, bath mat, etc.
https://www.redbubble.com/people/sonnenschauer/works/41780951-pi-in-colors
And how does pi sound?
Pi in tones
The numbers 0-9 are calculated, generated and sounded with different methods, e.g. with:
Assuming Pi is infinite, never repeats itself and any combination of numbers, no matter how short or long, occurs in Pi – shouldn’t every melody, or rather sequence of notes, which has ever been “invented”, occur in Pi?
You can listen to Pi here:
https://pi.sonnenschauer.net/de
Pi is limited to 1’000’000 jobs on this website. If you would play a sound every second, it would take 11.5 days. Have fun!