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A Model of the Atom's structure Based on Two Entangled Quantum Mechanical Systems

POSTER

Abstract

In a quantum worldview, fundamental Particles (FPs) as the building blocks of the world have three entangled identities in both physical and biological characters: matter, dynamic, and information identities. The first character is matter identity including; mass, energy, and charge. The second character is dynamic identity including; particle-wave motion and spin. And the third character is information potential/identity. The information potential (quantum mind/soul) of the conscious FP gets the necessary information, processes, and defines the next quantum state of the FP as its road map. The information potential of an FP includes four hierarchy qualities; matter, plant, animal, and human that became on and active during the world evolution [Gholibeigian, 2015APS.APR.L1027G]. In this way, it seems that an atom is formed by two entangled wavy-like geometries that interact permanently with each other. The first wavy-like geometry is formed by a quantum mechanical system of the atom’s FPs. The second wavy-like geometry is formed by a quantum mechanical system of the information potentials of those FPs like a 3D hologram with the fractal mechanism. The hologram receives the necessary information for the atom, processes and generates consciousness for the atom’s dynamic motion.

Presenters

  • Hassan Gholibeigian

    Amirkabir Univ of Tech (Tehran Polytech)

Authors

  • Hassan Gholibeigian

    Amirkabir Univ of Tech (Tehran Polytech)