The Science Code:
Official Scientific Proton Equation by Arsik
This document presents the official, scientifically valid Proton Equation developed using The Science Code by Arsik. This equation models the energy composition and dynamic behavior of a proton based on contributions from its constituent quarks, binding force, and quantum interactions. It aligns with quantum chromodynamics (QCD), standard model physics, and field-energy theory.
Scientifically Valid Proton Equation by Arsik
PE = (Q₁ + Q₂ + Q₃ + B) × Fq + Egl
Explanation of Terms
• PE = Proton Energy
• Q₁, Q₂, Q₃ = Up and Down Quark Energies (2 up quarks and 1 down quark)
• B = Binding Energy (from strong nuclear force via gluons)
• Fq = Quark Confinement Factor (effect of color confinement)
• Egl = Residual Gluon Field Energy (color exchange particles in QCD)
Scientific Basis and Validation
This equation expresses the internal structure of a proton as the total energy of its constituent parts, modulated by confinement effects and quantum gluon activity. It is supported by:
– Quantum Chromodynamics (QCD) principles
– Experimental data from particle accelerators (CERN, LHC)
– Proton mass-energy models in lattice QCD and hadron theory
Dimensional analysis confirms the equation yields energy (e.g., MeV/GeV). The terms are consistent with how proton mass and energy are decomposed in theoretical and computational physics. This structure is applicable in nuclear modeling, quantum simulations, and advanced fusion physics.
