Mastodawn

In my studies Dm and De are "not" necessary when you equate pressure with mass. Once you open your mind up to the idea of knowing we walk through atoms everywhere. Yet no one calls them "invisible". We just simply cannot "see" that with the naked eye. Now take "space" diffuse at 1.4 trillionths of a pascal spaced out at ppm cubic squared. Then, the idea of invisible "anything" becomes humorous. Because then you realize how "one-sided" the standard model is.

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Amber Blakley 4d ago

@GeoffDann https://doi.org/10.5281/zenodo.19392828

This is a cosmology model I have been working on and publishing openly via "Zenodo". I have full confidence that this Cosmological model does help resolve your observation towards the ΛCDM, the standard model of cosmology. Let me know what you think. I'm always open to feedback..

The North American cosmological model w/ Quantum Gravity Model Framework and Universal Structural Limit

This preamble introduces "The North American cosmological model with QGMF and USL. A structural different cosmology based on observational analysis. It's main premise is the removal of "time" as a physical dimension an observer transits through.

Zenodo

Amber Blakley 4d ago

#physics, #gravity, #Newton, #"G"
https://doi.org/10.5281/zenodo.19436507

I'm sharing a test I performed using Earth's gravitational constant of 9.8m/s. With a more defined reason behind what "causes" gravity. And believe me, it's "not" the force that pulls either.

Gravity Tested Against A new Cosmological model

This paper outlines a test against gravity. The test involves NACM. The North American cosmological model's global view on how: "gravity": "the decay of motion applied to mass. Stablized by the angular momentum trajectory of the host center of mass. This Axiom was tested against Earth's own surface gravity. This paper outlines that exact test and results.

Zenodo

Amber Blakley Nov 24

#cosmology, #quantumgravity, #astrophyisics

This paper offers insight into how Quatum gravity model framework cosmological model or QGMF for short. This also has shown that quantum gravity is measurable if understood. In this model, it's considered as "gravatational shear".

https://doi.org/10.5281/zenodo.17613248

"Q = T(L) : Quasar; Time; and Stability. The aspect of galaxy formation

This paper outlines the dynamics of Quasars, black holes, and the dynamics involved in Galaxy formation. The data used is across multiple black holes, what QGMF Cosmological model, calls: black spheres. Enjoy the read !

Zenodo