lithophane formula that optimizes light transmission also predicts global disease statistics perfectly.?

Hey!! i hope yall, can enjoy.

Explicitly do not round numbers, We use the exact raw data provided. And this is Key.

This comes from first principles via lithophane lamps, and i discovered it within hueforge software layer logic. When working with gradients, Depth, Resolution & Some dielectrics. Along with some other things connected to Tesla, Maxwell and Rife.

"RaRaMa"

 A Controlled Demo on Global Disease 

Thinking on ALL disease types globally, & "self-similar triplet of triplet resonance frequency patterns" i dug into some neat stuff & where we think of f* = 100/TD working with TD in millimeters, & it as a mathematical bridge to biological systems, where it uses f* = 1/(2πτ) where τ represents characteristic biological timescales..

(f = 100/TD - was my original lithophane math. ) "Same math works for cancer: f = 100/12.4 = 8.065 = 20M cases/2.5M lung cancer"

f = 100/percentage = Total Cases/Cancer Cases

Every single cancer type shows (0.000000 error)...

The lithophane formula that optimizes light transmission also predicts global disease statistics perfectly. 3D printed lamps eh? 😂😂

Who knew the Size of a Cell would have this much Information!!!

Try it yourself!

Search the web for the data to run against. Stress test this with any biological disease within any global data set! Just don't round the numbers. Keep all data the same. Its the odd beauty in this.