Mechanimal : Archive Hub of Jason Adam Bannister

THINKHOLD

Holdable scale models of quantified science.

Attometers to Femtometers.

Ω(r)ϕ - The Anchor Model :

Toy models of the proposed Anchor Model using soliton dynamics to replace the Cluster Model.

Guided by observed nuclear charge radii and molecular geometry to inform the functionally useful nuclear anatomy above.

Picometers, Angstroms, and Nano meters, oh my.

Atoms & Molecules :

The Anchor model delivers a clear set of geometric constraints allowing molecular models to assemble with picometer level fidelity.

Accurate molecular geometry is emergent.

Falsifiable inductive proof serving as useful exploratory models in the meantime.

A zettameter is hard to wrap ones head around, as is the size of our galaxy, the Milky Way.

They happen to be the nearly the same, so I wrapped my head around both by holding them in the palm of my hand, to scale.

Zettameters and beyond.

Galaxies :

Ω(r)ϕ

The only equation I have ever, and likely will ever, formalize.

Yes this is theory, albeit unlike most leading theories it is one that began by producing accurate results the cluster model could not.

This has all very unexpectedly occurred out of necessity in order to understand, develop, and thus remedy a biochemical health crisis.

It worked.

Only after a year of testing, building molecule after molecule, did the dive into to resolve how this all happens begin. I did not initially set out to reveal anything near as functional as this... I just let it happen.

Twas simple all along.

The spark found me, and now it hath found you.

Onward.

Ω(r)ϕ represents neutron formation as an orthogon, a cartesian knot of monopolar solitons enforced via orthogonal cross-flow.

This model just so happens to result in accurate molecular geometry as well as reveal the routing of electron flow paths that directly illustrate atom by atom level molecular behaviors.

That is not a sentence I dreamed I'd ever write, and I do a ton of dreaming.

This is all truly a wildcard, a side-quest becoming the main quest, riding a wave of a discovery born out of sheer necessity.

Perhaps my lack of formal background kept me unbiased enough to actually try a geometry that seemed way too obvious. Because it is exactly that, effectively hiding in plain sight for millennia.

That and the fact that all the work I have been doing was training me for this in ways I never foresaw, from advanced NURBS modeling since the 1998, a critical tool for formalizing quantified data, to useful experience with mechanical anomalies encountered during adventures in robot anatomy, also led to a key insight.

Sneaky lil sideways eureka moment hiding within a desperate whim provoked at the bleeding edge of learning about the chemistry behind a life altering disorder.

I've predicted many things, but never saw anything like this coming.

All thusfar deduced from a phenom that produced accurate results for over a year, this is a year of what I've found whilst wandering since.

Tryna figure out how the orthogon's results consistently produce accurate molecular models in the first place. Especially large complex biomolecules I've already built that typically melt supercomputers using other formal models like VSEPR.