Not So Plain Geometry

Finally finished. A post for October ‘24. Might be my last post for the year. I have completed what I started so many years ago. I’ve crossed the great divide. I have visited and spent time in the quantum world, an Alice in Wonderland place. I’ve interviewed linear slope and energy curves. I’ve constructed atoms and explored their electromagnetic bond plane. I lay claim as the first human to have been there and returned alive and whole. The key to getting it done? Recognize three space times at the human knowledge base. Learn to use parametric geometry to construct inverse square potential, index solution roots. No need to applaud. Stay sitting on your hands, ladies and gentlemen. In a few years I’ll be dead. You can pick and steal what you want. So, Without further ado, here is the raw and beautiful parametric geometry of fields.

ALΣXANDΣR; CEO SAND BOX GEOMETRY LLC COPYRIGHT ORIGINAL GEOMETRY

at the risk of redundancy, but so be it! mor SandBox nomenclature of fields.

correction of an impossible, beyond my limit of concentration, project.

I need to take some time and standardize my construction nomenclature. Every time I start a construction it is going to be random because I don’t know what part of the whole thing my mind might be dancing with. ALΣXANDΣR

exploring a curved space directrix

Improvements while waiting for a hello from anyone!

This is something I worked on in ’16, not quite complete but I don’t know what else to do with it, I like it. For the curious on balancing mechanical energy curve of orbits, and the precession of planet Mercury. not familiar format, convert powerpoint to PDF

SAND BOX GEOMETRY LLC

ALΣXANDΣR; CAGE FREE THINKIN’ FROM THE SAND BOX

For the curious. I see a difference, a definition, of integers on the quantum central force domain as opposed to the integers found on the classic central force domain.

ALΣXANDΣR; CEO SAND BOX GEOMETRY LLC

a real inverse square happening