ELS Entangled Light Structure) Framework: A Thought Experiment on the Structural Emergence of Protons, Neutrons, and Quarks

Puntos clave

• This research aims to propose a conceptual framework that interprets particles as structural patterns rather than independent entities.
• Developed a conceptual framework deviating from equation-centric interpretations of quantum mechanics.
• Analyzed particles as structures emerging from energy flow and interference instead of discrete entities.
• Explored the role of lattice mechanics and asymmetry in forming these structures.
• Protons, neutrons, and quarks are seen as stable or quasi-stable structures derived from energy interactions.
• The observation of quarks as three components is explained through interference patterns in lattice vibrations.
• This framework provides a novel perspective on fundamental particles in quantum physics.