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This research aims to enhance the Atmiton rain model by incorporating spin and texture effects while maintaining foundational parameters.

March 7, 2026Open Access

Spin and Texture Extension Edge-Graze Torque and Realism in Atmiton Rain

Key Points

This research aims to enhance the Atmiton rain model by incorporating spin and texture effects while maintaining foundational parameters.
Extended the Atmiton rain model to include spin and texture effects.
Maintained core flux equations and consistent speed parameters.
Addressed issues like precession and undetectability by modifying collision dynamics.
Successfully integrated spin from edge-graze collisions at high speeds.
Improved model realism by adding texture through repeated scars.
Demonstrated stable interactions without runaway spin effects on large celestial bodies.

Abstract

This extension adds spin and texture to the atmiton rain model without changing core flux F = rho v proportional to 1 over r squared, constant speed 500 meters per second, or kappa = 7.39 times 10 to the five square meters per kilogram. Spin comes from edge-graze collisions at luminous speeds; texture from repeated scars. Fixes precession, pairs, undetectability—same squeeze, more physical. Fast grazers exchange: in for torque, out for balance—no runaway spin on stars or galaxies.

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Boris Karagiannis (Thu,) studied this question.

www.synapsesocial.com/papers/69abc1d75af8044f7a4eace3 — DOI: https://doi.org/10.5281/zenodo.18874323

Spin and Texture Extension Edge-Graze Torque and Realism in Atmiton Rain

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