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    Model of the Theory of Everything (Point Universe)
    Model of the Theory of Everything (Point Universe)
    Model of the Theory of Everything (Point Universe)
    Ebook53 pages41 minutes

    Model of the Theory of Everything (Point Universe)

    By khawla khaled

    ()

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    About this ebook

     We begin by describing the first moments of the universe's existence, where particles smaller than the primordial were lying in the vacuum for infinite periods, preparing for the explosions and cosmic storms that formed the beginning of the universe, the contrast and diversity, not limited to the visible objects but extends to its nanoscale components, where particles interact and interact on small scales that cannot be easily visualized. The study is based on phenomena such as the Casimir effect, the double-slit experiment, and other phenomena that are difficult to explain using the traditional four-dimensional model.

    The study uses the Schrödinger-Hamilton equation to study the behavior of particles in extra dimensions, and attempts to develop new mathematical models to describe the motion of particles in six-dimensional space.

    LanguageEnglish
    Publisherkhawla khaled
    Release dateApr 13, 2024
    ISBN9798224368587
    Model of the Theory of Everything (Point Universe)
    Author

    khawla khaled

    Khawla Khalid Abdul-Lami, Bachelor of History, Professor of Parapsychology and Energy, Scientific and Training Consultant, Human Development Trainer, Complementary Medicine Expert, Member of Al-Araqa Foundation for Human Development, Member of the Iraqi Parapsychology Society, Member of the Complementary Medicine Syndicate, Member of the Complementary Medicine Syndicate.

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      Book preview

      Model of the Theory of Everything (Point Universe) - khawla khaled

      The point form in the standardized field

      Toward a Theory of Everything

      Khawla Khaled Abd

      ––––––––

      For Mum, Dad.

      Acknowledgments

      I extend my thanks and appreciation to the first people who put me on the path of science with encouragement and pride in me as a distinguished individual (my mother - my father (the genealogist Sheikh Khalid Abd Fraih Al-Lami). Thanks to my small family who always supported me, my husband  Mazhar Mohsen Abu Ragheef and my children Batoul Ali Abu Fadl Khadija Misra, and thanks to those who encouraged me to present this research to the public, Mrs. Weam Al-Saffar, Coordinator of the Capacity Building Program for Primary and Secondary Education at the Representation of the Ministry of Education in Duhok. Ministry of Education in Dohuk, Mrs. General Supervisor of Gifted Schools and Director General of Preparation and Training in the Ministry of Education in Iraq, the respected Dr. Wasal Muhammad al-Douri, the Moroccan scientist Dr. Mustafa Bousdar, the OmniScriptum website and the encouragement of Mrs. Valentia Ludenko and Mrs. Venecia Ibrahim .

      Abstract

      We begin by describing the first moments of the universe's existence, where particles smaller than the primordial were lying in the vacuum for infinite periods, preparing for the explosions and cosmic storms that formed the beginning of the universe, the contrast and diversity, not limited to the visible objects but extends to its nanoscale components, where particles interact and interact on small scales that cannot be easily visualized. The study is based on phenomena such as the Casimir effect, the double-slit experiment, and other phenomena that are difficult to explain using the traditional four-dimensional model.

      The study uses the Schrödinger-Hamilton equation to study the behavior of particles in extra dimensions, and attempts to develop new mathematical models to describe the motion of particles in six-dimensional space.

      The study proposes the cosmic lattice model as a possible framework for describing the motion of particles in multidimensional space, where particles are carried on a grid of interconnected points.

      Point Particles and the Point Universe introduces a new conceptualization of particles as points in a multidimensional space, the QED Butterfly Effect The study explores how small changes in initial conditions can lead to dramatically different outcomes, affecting the concept of causality and fate.

      The study analyzes phenomena such as photoelectric emission, the Casimir effect, the Dirac sea, and the annihilation and production of an electron-positron pair in the context of six dimensions and vacuum energy. The study introduces the concept of zero paths as possible paths for particle motion across different dimensions, which could explain some mysterious phenomena such as quantum tunneling.

      Cosmological geometry and research into the effects of extra dimensions on the curvature of spacetime. The study explores the possible relationship between sound and the movement of particles in a vacuum, and how sound can be a means of transferring information or energy between dimensions.

      The study investigates the role of dark matter and the influence of the uncertainty principle in understanding the nature of a multidimensional universe.

      Symmetry, symmetry, and redundancy: The study analyzes

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