Welcome To

Prime Mechanics

Nan-in, a Japanese master during the Meiji era (1868-1912), received a university professor who came to inquire about Zen.

Nan-in served tea. He poured his visitor’s cup full, and then kept on pouring.

The professor watched the overflow until he no longer could restrain himself. “It is overfull. No more will go in!”

“Like this cup,” Nan-in said, “you are full of your own opinions and speculations. How can I show you Zen unless you first empty your cup?

– Mujū Ichien

Dear Visitor(s),

As of late March 2026 I’ve removed a significant portion of my work that’s been publicly available since 2020 in order to focus on some new ideas.  Some I may share here, and for those of you with eyes on my “lab”, don’t expect to find anything there — I’ve fool-proofed it : )

Best wishes,

Robert

myohpi@proton.me

What do a detective, a horse and a DJ have in common?

If you can answer in person by midnight, April 20, 2026, we will know each other. 

Love you.

Writing in this place

Feels just like the human race

Filling in a face

Never wiser than children

Children always fools

Children always future

A preliminary graphic for relating Pi, e, root-2 and the fine structure constant using Prime Mechanics. Moving forward, Phi may be used instead of III when using Prime notation as it bridges the correlation between 000 and III as a single character.

UPDATED Feb 8, 2024 – Conversion of the periodic table to show electron configurations.  The table has been re-dubbed the “Prime” Periodic Table based on its derivation from PM.

The first forty-eight iterations of the Fibonacci Sequence, mapped using Prime notation - this reveals a secondary pattern (the left-most column). The conversion from I to 0 and vice versa is made possible by using the III laws of PM. Even values are divided by two until reaching I, 0 or III - odd values add three then divide by two until reaching I, 0 or III - this simple function allows us to convert values from any base system (Classical Mechanics) into Prime notation. (Right-click and select 'Open image in new tab' for higher resolution).
Pi to 141 iterations in Prime notation, shaded by value (I - white, 0 - light gray, III - dark gray) - mapped on 11/11/2020 (squint eyes for better view of vertical sequences)
Additional values converted to Prime notation, November 2020
Pi^2, Pi & Root 2 converted to Prime notation and colored by order (','',''') using the Base-10 radix conversion (I = 1,4,7; 0 = 2,5,8; III = 3,6,9), January 2022