YasudaK Model Proton Proton Collision

Description:

The YasudaK Model redefines our understanding of proton-proton collisions by introducing a groundbreaking geometrical framework that transcends the limitations of traditional Quantum Chromodynamics (QCD). This innovative model places the spotlight on Gluon Balls and their role in the formation of Meson Pi (π\piπ) structures, offering a fresh perspective on how particle stability and emission dynamics unfold at subatomic scales.

In this document, S.K.Y. Yasuda and Sílvo Kozo provide a meticulous breakdown of six critical stages of proton-proton interaction, emphasizing the emergence of positrons and neutrinos—phenomena previously left unexplained by the Standard Model's reliance on quark exchanges (dleftrightarrowud \\leftrightarrow udleftrightarrowu). The YasudaK Model demonstrates how the redirection of quantum fluxes through Gluon Balls governs the creation of pions and ensures equilibrium within nuclear interactions.

This work bridges theoretical gaps by integrating geometrical insights into particle physics, revealing a logically consistent narrative that unifies QCD principles with structural mechanics. Featuring detailed illustrations, such as Figure 1, this publication will not only engage physicists and researchers but also inspire new inquiries into the foundational principles of the strong nuclear force.

By providing a cohesive explanation of proton-neutron dynamics and the intricate roles of intermediary structures, the YasudaK Model charts a path toward deeper scientific understanding. Dive into this transformative perspective and explore how geometry underpins the hidden order of the subatomic world.