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Also, you can find this book in National Library of Korea
1. Title : General Relativistic Quantum Mechanics
ISBN-13 : 979-8864033456
Author: Sang-Young Joo
General Relativistic Quantum Mechanics: This book is suitable for people preparing papers, engineers working in high-tech indust
This article is in the nature of a scientific paper. It is a solution to the theory of general relativity with an approach different from Einstein's field equation. And it is explained by integrating it with quantum mechanics. If you have completed a colle
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This book is suitable for people preparing papers, engineers working in high-tech industries, and people who want to study general relativity more easily and in depth. This article is in the nature of a scientific paper. It is a solution to the theory of general relativity with an approach different from Einstein’s field equation. And it is explained by integrating it with quantum mechanics.
Most of the articles published on the blog have not yet been verified by experiments or are not in the previous science textbooks as long as I know, and can be summarized as follows.
General Relativistic Potential
It was written in the beginning, and the main content is that how velocity of light is derived and the derivative of that is gravity and electromagnetic force.
Coordinate transformation and force field
The theories are dealt with in more depth. It is approached from the tensor point of view that the source of force occurs in the coordinate transformation of velocity, and deals with various forces. Some mention is also made of general relativistic momentum.
General relativity and Lorentz factor
In previous articles, the general theory of relativity was tried to be explained from a specific theory to a general theory, whereas here it is developed from a general theory to a specific theory. It complements the contents in previous chapters. Here, based on the gravitational field equation, the connection between general relativity and quantum mechanics is explained.
Interaction between wave energy and particle energy
Here it focuses on momentum and energy and the interaction between them. Various variations of the equations of general relativity are used to describe microstructures such as Planck’s constant, subatoms, atoms, and momentum and energy in the general world. And at the center of these interactions is probably a phenomenon called 'quantum entanglement'.
Number of quantum orbitals, time vector, etc.
It was written as a purely theoretical assumption that the orbits of quantum mechanics are related to prime numbers. As an example, the energy distribution equation derived in this book is expressed as a prime-counting function. It also expresses with a simple formula how time is affected in a gravitational field.
General Relativistic Potential
It was written in the beginning, and the main content is that how velocity of light is derived and the derivative of that is gravity and electromagnetic force.
Coordinate transformation and force field
The theories are dealt with in more depth. It is approached from the tensor point of view that the source of force occurs in the coordinate transformation of velocity, and deals with various forces. Some mention is also made of general relativistic momentum.
General relativity and Lorentz factor
In previous articles, the general theory of relativity was tried to be explained from a specific theory to a general theory, whereas here it is developed from a general theory to a specific theory. It complements the contents in previous chapters. Here, based on the gravitational field equation, the connection between general relativity and quantum mechanics is explained.
Interaction between wave energy and particle energy
Here it focuses on momentum and energy and the interaction between them. Various variations of the equations of general relativity are used to describe microstructures such as Planck’s constant, subatoms, atoms, and momentum and energy in the general world. And at the center of these interactions is probably a phenomenon called 'quantum entanglement'.
Number of quantum orbitals, time vector, etc.
It was written as a purely theoretical assumption that the orbits of quantum mechanics are related to prime numbers. As an example, the energy distribution equation derived in this book is expressed as a prime-counting function. It also expresses with a simple formula how time is affected in a gravitational field.
Below two books are revisinoned in part 1, 2 and 3 after the first book was published. Therefore, some unclear expressions were corrected or deleted and modified to be clearer.
2. General Relativistic Quantum Mechanics(eBook)
3. General Relativistic Potential(eBook)
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