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The Role of an Atom in the Expansion of the Universe

POSTER

Abstract

Every fundamental particle involved in an atom contains an information quantum potential (IQP) that receives its necessary information and processes it to use the result (consciousness) for its next dynamic motion. An atom, like a human and everything else, consists of two quantum fields corresponding to two different boundary surfaces. The first quantum field consists of the fundamental particles of the atomic body. Quantum states (qubits) of the involved elementary particles changes/increase as they communicate with each other. The second quantum field contains the IQPs of the fundamental particles of the atom as a hologram, which we propose as the quantum mind/psyche/soul of the atom. The boundary surface of the hologram is not physical, but an imaginary mathematical shell. Each quantum state of the fundamental particles involved in the hologram is placed as a code on its surface within a Planck plane. Parallel to this coding, the coded information and concepts are transferred to the edge of the universe and coded on the hologram of the universe. Therefore, the hologram of the universe is continuously expanding as the boundary surfaces of all the holograms of atoms increase, parallel to the expansion of the universe by dark energy.

Publication: APS, 22nd Annual Meeting of the APS northwest section, volume 67, "High-quality Cnsioussness from Human's Mind to Cosmos."<br>APS, 2022, DAMOP Conference, "The Atom's Structure Based on the Two Quantum Entangled Wavy-like Geometries."

Presenters

  • Zeinab Gholibeigian

    Tehran University of Medical Sciences, Tehran, Iran

Authors

  • Hassan Gholibeigian

    Amirkabir University of Tech (Tehran Pol

  • Zeinab Gholibeigian

    Tehran University of Medical Sciences, Tehran, Iran