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Ukray Unified Field Theory
Preface
What Does the Theory Tell?
About Author
Part-I
An Approach & Historical Introduction On Unification of the Physics Laws
Introduction
Historical Development of the Unified Field Theory
Other Overlooked Dilemmas Related With the Subject In the Quantum Mechanics
A Short Introduction to Relative Electrodynamic of Moving Charge Particle Pairs (Dipoles)
II- Introduction to Unified Field Theory
Kaluza-Klein Gravity Equations and Energy-Momentum Tensors In the Expanded Extra Dimensional (5D) Space-Time
Expanded Extra Dimensional (5D) Field Equations
III- Introduction to Electro-Gravitation Theory
Generalized Einstein – Schrodinger - Kursunoglu Unified Field Theory
Conclusions
IV- On the Magnetic Charge & Mass Induction Mechanism and a Quantum Gravity Theory Model Which Creates This: To Create a Quantum Egg (Magnetic Monopole) Model
Acquisition of Electrogravitation Theory from 5-Dimensional Einstein-Schwarzschild Field Equations
Towards the Magnetic Monopolies: “Constructing a New 5-Dimensional Space-Time Model”
Conclusions
Part-II
A Mathematical Approach & Tensor Calculus On the Unification
Introduction
Weak Field Approach of Einstein-Maxwell Equations
Obtaining Einstein-Maxwell Type Gravity Field Equations
Obtaining the Coupling Connection Between Electromagnetism and Gravity
Obtaining “Einstein-Maxwell” Type Equations from Generalized “Einstein-Schrodinger-Kursunoglu” Gravity Field Equations
Obtaining the Equation Types Dependent On "Specific Conditions" In 5- Dimensional Coordinate Structure and Their Results
Obtaining 5-Dimensional "Reduced Maxwell Type" Equations In General Situation and Their Results
Obtaining 5-Dimensional "Reduced Gravitational Field Tensor" and Its Results In General Situation
Solution of “Einstein Gravity Field” Equations In 5-Dimensional Space-Time
Obtaining Electroweak Theory from 5- Dimensional “Einstein-Yang-Mills” Field Equations
For Electroweak Model of Quantum Gravity: “Creating a New Atom Model”
Obtaining "Electroweak Field Tensor" and Its Results
Conclusions
Part-III
Cosmic Electrostatic Principles & Resulting Equations of the Unified Field Theory
Introduction
String Theory & Relativity of Gravity
Cosmic Electrodynamic Principles of the Unified Field Theory
Material Deformation In Direction of & Around the Point of Singularity
Material Displacement In Direction of Point of Singularity (Motion)
Static Field Equations
Conclusions
Physical Results of the Electrostatic Theorem of the Unified Field Theory
Unified Field Clues and Direction In the Molecules, Living Organisms and Celestial Bodies
Other Some Structures for Clue from Nature, On This Important Phenemon
Some Significant Electrostatic Results of the Theory
Part-IV
Cosmic Electrodynamical Principles & Resulting Equations of the Unified Field Theory
Introduction
Lienard-Wiechert Potentials
Electrostatic Results of the Unified Field Theory & Static Gravitational Unified Field Equations
Dynamic Unified Field-Wave Equations
Conclusions
Part-V
General Resulting Equations & Tensor Calculus of the Unified Field Theory
Introduction
Results of the Unified Field Theory Depending On the Velocity of Light and Particle Velocity Diagrams
Electrodynamic & Gravitational Energy Theory of the Unified Field Theory
Other Conclusions
Part-VI
The Physical Proofs & Applications of the Unified Field Theory In the Material World
Introduction
The Physical Proofs & Applications
Firstly: Structure of Gravity Field
Secondly: Magnetic Field of the Earth
Thirdly: Pulsar Stars
Fourthly: Neutron Stars
Fifth: Electric Field Application
Sixth: Magnetic Field Application
Seventh: Gravity Field Application
Eighth: Quantum Mechanical Molecular Charge Theory Application
Part-VII
The New Universe Model According to the Unified Field Theory
Introduction
Points of Singularity of the Matter: About Mini (Atomic) Black Holes
High Dimensional Architecture of the Universe (Caused By Closed Dimensions) and Occurrence of the Symmetry
About Creation of a New Mathematical Universe Cosmology Model Caused By Expansion
Mathematical Appendix-I
Mathematical Foundations of the Theory
Vector Algebra
Coordinate Transformation In Vectors
Vectorial Calculation In Curvilinear Coordinates
Tensor Calculation
Calculation of the Definite Integral and the Area Remained Under a Closed Curve
Solid Angles and Flux Theory
Differential Calculation
Vector Calculation
Divergence Theorem (Gauss Law)
Rotational and Stokes Theorem
Laplacian
Conserved Areas
Vector Identities
Mathematical Appendix-II
Geometric Fundamentals of the Theory
Eukleides (Euclidean) and Lobachevsky Geometry
Minkowsky Geometry and Einstein’s Specific Relativity Theory
5- Dimensional Kaluza Geometry
Geometric Identities
Geometric Curves
Solid Surfaces and Calculation of Their Volumes
Vector Fields In the Orthogonal Coordinate System
Vector Spaces In the Orthogonal Coordinate System
Mathematical Appendix –III
Space-Time Structure of the Theory
5-Dimensional Space-Time Structure of the Electrogravitational Theory
Lorentz Transformations and 4-Dimensional Space-Time Structure
Bending of 3-Dimensional Space By 2-Dimensional Time and Conformal Transformation
Mathematical Appendix-IV
A Mathematical Model for "GM Helical Massive Induction Mechanism"
"Kerr Solution" for Metric (Spinless) Blackholes for the Constant GM Mechanism
Correlation Between “GM Induction” Mechanism and “Lenz Law”
References
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