Title: Breakdown point transmission model Subtitle (مدل انتقال نقطه شکست)
Subtitle: A model about the formation of the world
Publisher: Arshad Publication
Published: 2024
Number of pages: 200
ISBN-13: 9786220887188
Table of contents: title: (book name: Breakdown point transmission model); title: Preface; title: Introduction; title: Chapter One: Description of model; title: Before our time and place; title: Primary static world; title: Primary dynamic world; title: The birth of the world; title: Some differences of this hypothesis with similar opinions; title: Chapter Two: Penetration process at the breaking point; title: Definition of basic structures and concepts; title: • The force field mesh; title: • The Black Fluid; title: • The white matter; title: The stages of the transfer process at the breaking point; title: The stages of Breaking the barrier; title: The stages of Lightning penetration; title: The stages of losses in retreat; title: The stages of formation of hemisphere and production of zero particles; title: The stage of merging and aggregation of zero particles; title: The stage of formation of the first sphere (cosmic egg); title: The second collision and the big bang; title: Some predictions of the model; title: Components of the world in structural sphere; title: State of entropy; title: chapter Third: Birth and death of the first sphere (cosmic egg); title: Formation of the first sphere; title: After explosion of the first sphere; title: Chapter Fourth: Atomic particles; title: Definitions and terms; title: • field line mesh; title: • White matter; title: • Black fluid; title: • Black matter; title: • Particles merging; title: • Particles aggregation; title: • Compound particles (compound aggregate particles); title: • Production of primary particles or zero particles; title: • Types of particles; title: Types of particles in terms of internal force; title: • Neutral particles; title: • Positive particles; title: • Negative particles; title: Types of particles in terms of dimensions; title: • Zero particles (primary ultra small single particles); title: • Node particles; title: • Larger particles; title: • Medium particles; title: • Single point particles; title: Properties of an atomic particle; title: Aggregate and compound particles; title: General characteristics of particles; title: Production steps of primary particles on the surface of the first sphere; title: Combined ocean scenario; title: • Zero particle generation stage; title: • Momentary merging step; title: • The first stage of aggregation of particles and the beginning of angular motion; title: • Small particles) Pointwise and incomplete shell particles (; title: • Aggregate particles without nuclei; title: • Compound Aggregate Particles; title: • Stage of secondary aggregation and angular motion (final particles); title: Multilayer ocean scenario; title: • Zero particle generation stage; title: • Merging and aggregation of zero particles; title: • Momentary integration process; title: • Particle aggregation process; title: • Stage of secondary aggregation; title: Separation of layers; title: • First layer: single point particles with nucleus; title: • The second layer: layer of medium particles without core; title: • The third layer: the layer of aggregated large particles; title: The final particle formation stage; title: • The first layer: the layer of fine particles with nuclei (Pointwise and incomplete shell particles); title: • Second layer: Aggregate particles without core; title: • Third layer: composite and heavier particles; title: Collision of particles; title: Energy released in atomic processes; title: Movement and rotation of particles (spin); title: Chapter fifth: Four Fundamental Forces; title: Gravity and strong nuclear force; title: Weak nuclear force and electricity; title: Electromagnetic force; title: Production of high-pressure field; title: Chapter sixth: Important Definitions; title: Electron, a wonderful particle; title: A simple atom; title: The nature of light; title: The concept of time; title: Texture of space; title: • Spider web layout (Spider web layout); title: • Island layout; title: • Combination layout; title: Neutron star and black hole; title: Above the speed of light and anti-gravity; title: Density management lines of the force field; title: Tension lines of the force field; title: Chapter seventh: Some predictions and Model testing methods; title: Deformation test; title: Types of black holes; title: The existence of unusual and rare stars; title: Mass reduction effect; title: The effect of magnetism on gravity; title: Light sail test; title: Rotating disk test; title: Two-cylinder test; title: Decay test; title: The effect of high speed in nuclear decay; title: The effect of high speed on the passage of time; title: The effect of high speed on mass; title: The effect of gravity on the passage of time; title: Collision of massive structures; title: Chapter Eighth: The Fate of the World; title: Definitions; title: • Vacuum sphere; title: • The boundary of integrity; title: • The boundary of purification; title: • Decomposition belt; title: • The vanishing border; title: First scenario: Crossing the boundary of integrity; title: Second scenario: Early avalanche; title: Third scenario: The third collision; title: Fourth scenario: A delicate balance