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If the most relevant characteristics of the 2nd edition of the book The Equation for Love were the expanding on the initial ideas and the modification or elimination of the imprecise or erroneous elements that accompanied my ruminations about how badly relativity is explained, now the intention is to place the various contents, problems and points of view about the main concepts of Post Modern Physics into different books, including the concept of physics itself.
This way the thoughts in the realm of metaphysics, the criticisms of the established ideas, the new principles of physics, the new equations and proposals in the theory of gravitation, the scientific experiments that support them and, lastly, the riskier ideas about Quantum physics, are delimited more clearly.
The bottom line, despite everything, is still pretty much the same; that is, to set out the need to change certain concepts and ways of understanding reality, recognizing the wisdom of science, specifically that of General Relativity and Quantum Mechanics, revealing its contradictions - its own, as well as crossed contradictions- and proposing alternative solutions within the scientific method framework.
From another perspective, it is important to make it clear that, in order to talk about Quantum Mechanics and the Theory of Relativity, it is not necessary to be a mathematical genius or to know about tensors, since in order to talk about evolution it is not necessary to know about molecular biology, to have studied in the university to be able to talk about philosophy or to talk about religion to do it in Latin.
In all of the pages appear the related links where the free on-line books are included, in which the exposition of the new theory of unification, theory of everything or, yet better, Global Physics. This division is due to numerous reasons such as: metaphysical or scientific experimental character, mathematical difficulty, the subject dealt with and presentation on the Internet.
The mentioned on-line books about Modern Physics are:
- The Equation for Love.
In this book, scientific and metaphysical perspectives are combined; besides the introduction about the relativity of love there are two titles dedicated to time and the Equation for Love and gravity, respectively.
In title II, the different definitions of time are discussed, emphasizing the subjective origin of the concept and the never-ending attempts to obtain its common and objective idea.
There is a brief discussion about the new concept used by the physics sciences and, more thoroughly, the personal conception of metaphysical time and the time line as something real and subjective in contrast to the imaginary nature of time in Modern Physics.
Title III focuses on the Equation for Love, Newton’s gravity and its interrelations with Modern Physics and, in particular, with Einstein’s equation of the mass-energy equivalence.
- In the first section, the mathematical formula for the Equation for Love and its significance is discussed in terms of General Physics.
- In the second section, the equation of subjective gravity is derived from the previous formula.
In other words, the new theory attempts to replace the correct duality of subjective and objective reality in the realm of philosophy, separating them from other, let’s say, imaginary realities. It is not to say that imaginary realities are incorrect to certain extent, but they do not correspond to the standard, common and simpler form of the operation of human logic and, as a epistemological result, of the scientific method.
The imaginary solutions can have rather medium to long term counterproductive effects, since they impede the reasoning for the real mechanisms by concealing them behind a veil of a partial, normally ad hoc, solution, even though it is unbeknown.
The book ends with a quick recapitulation about philosophy, science and religion given that the formulas allow us to develop various interpretations from different - especially from the objective and subjective - points of view, helping our mind to better understand the global model.
The content of an interpretation of the formulas from a familiar point of view is also demonstrated as an example of possible approaches of the enlightenment.
In order to make the reader participate, a riddle about gravity is put forth and is of marked intuitive character. Nonetheless, the answer is made known before the reader can think and end up confirming his/her unfounded suspicions.
Theory of Relativity, Elements and Criticism.
The clear objective of this second digital book is to reveal that the explanations about the Theory of Relativity and relativistic time are actually inadequate if not completely wrong, contributing to the widening of the pre-existing rift between the knowledge of Modern Physics and the scientific community of the society as a whole. There is an attempt to develop a destructive criticism while in some way still acknowledging its positive points.
It is funny that, on the one hand, relativity in of itself is not as wrong as the explanations given by its defenders, and, on the other hand, it is much more wrong than they could imagine. In fact, it has some aspects that are correct because they are conventionally consistent; for example, time, as it is currently defined, is relative; but what does not make much sense is the official definition of the unit of time being sensitive to the gravitational field or to speed since it would have been logical to establish it including, among others, these two specific conditions.
The most important contents of the book are the following:
In the introduction - in an effort to understand this nonsense, a list has been included of the misleading coincidences that contributed to the acceptance of the aforementioned theory despite its unfortunate mishandling of time, space and all of our neurons.
A basic description of the main elements that make up the Special Theory of Relativity such as the ideas of the reference system, inertial systems, relativity of time and space and relativistic mass.
Commentaries that criticize the previous elements.
The most common errors that contain countless proofs of this theory.
A brief section dedicated to the General Theory of Relativity, that says to eliminate the classic twin paradox, but what it does is create its own complex paradox from extremely complicated mathematics.
After so much destruction and massive confusion about whether the speed of light is or the speed of light is not, I hope that the Theory of Relativity and its weak points are somewhat better understood in relation to the normal relationships between space-time or speed on one side and gravity-mass-energy on the other.
The Theory of Global Equivalence.
The development of the Theory of Global Equivalence has implied changes in numerous principles and laws of physics. We can divide the modifications of the new paradigm in two large groups.
On one hand, the physics principles will be related to space and time and all the implications concerning other magnitudes, such as movement, force, gravity force and energy. On the other hand, the affected physics principles will define matter and its various states of aggregation such as gravity and mass.
In this third Modern Physics book, the new theory of gravitation is presented: the Theory of Global Equivalence. The intention is to constructively include the proposed ideas concerning the first group of physics principles mentioned above.
In the book, the new theory of gravitation includes ideas about the basic elements from the new model of Modern Physics: space, time, light, mass, energy and gravity; among those of which that we can highlight are the following:
The previous points imply some alterations of the Newton’s Laws of Dynamics and the concept of movement, due to the following causes:
The radial symmetry of globular structure of gravity destroys the principle of identity between inertial and gravitational mass.
The drag of light by gravity, which explains the Michelson-Morley experiment and refutes General Relativity.
The phenomenon of gravitational lens and the precession of Mercury orbit are due to the total dragging of light and partial dragging of mass by the globular structure of gravity.
The concept of force depends on the definition of space as an abstraction or gravity field dependant.
Afterwards, the Theory of Global Equivalence is formally presented, enumerating and discussing the physics principles and laws of physics in which it is based.
The fundamental equation of the new theory of gravitation relies on the direct relation between gravity force and the four most notable physics constants.
The Law of Global Gravity deserves special mention for implying a different explanation, which is consistent with common sense, about the decisive predictions of the General Theory of Relativity by means of a small adjustment of Newton’s Law of Universal Gravitation.
The two other great predictions of General Relativity are also discussed and explained within the new paradigm and, of course, within common sense; I am referring to the effect of the gravitational lens and the gravitational red shift of light.
Global Mechanics.
This online book studies the second group of physics principles, previously cited, regarding the constitution and reality of gravity, energy and mass.
If the Theory of Global Equivalence deals with space and time, the Global Mechanics is more concerned with subjects closer to Quantum Mechanics or Quantum Physics.
Contemplating the subatomic world has led me to create some clarifications about Quantum physics; since it already had considerable contradictions without any outside help, I have decided to devote an additional book to them for those addicts of the subject matter.
Two aspects deserve special attention; matter and mass exist as physics entities with a discrete form regardless of the observer. The second point, virtual or mathematical forces of the gravity field are no longer necessary.
Even if the complexity of the mathematical formulas of this fourth book of Quantum physics or Quantum Mechanics is as high as the previous books, the approach to the subject is very light and it avoids quantitative analysis when possible.
Among the aspects of the Global Mechanics that stand out the most, we can cite the following:
A new definition of the structure of matter, addressing gravity, energy and mass.
Unification of gravitational and electromagnetic fields.
Explanation of the wave-particle duality, why the speed of light is constant and, at the same time, the possible variation of speed of light with gravity field intensity.
Unification of gravity force with weak and strong nuclear forces and new model of the atom.
These principles of Physics affect some aspects of Astronomy like the concepts of a star, black holes, supernova, expansion and contraction of the universe, dark matter and dark energy.
Contemplations on Cosmology about the origin of the universe or the Big Bang theory.
Despite it specific nature, the Global Mechanics has to be understood as immersed in the Theory of Global Equivalence, which it is formed at the same time as the theory of unification, a theory of multiple substitution and as a Theory of Everything.
Modern Physics experiments.
New and feasible experiments are suggested in order to demonstrate the inaccuracy of Albert Einstein’s Theory of Relativity, especially the so-called Space Michelson-Morley.
For this reason and for being designed with a different understanding of nature, the Theory of Global Equivalence is a scientific theory within Modern Physics that puts forth a new paradigm.
The known experiments are categorized and outlined with or without a new interpretation. The indicated physics experiments have scientific and not mental or philosophical character.
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Lastly, the book on the Global Scientific Method is cited, which tries to understand why so many weak theories have been accepted, and to reveal the need for new scientific paradigms.
The on-line book about the philosophy of science includes the design of new scientific methods and the classification of the stages and steps of the scientific method; understanding the scientific method in the broad sense as the application of logic to the generation of common knowledge with a high level of reliability.
The scientific method works fine in general, but it works much better in its developmental phase than in its phase of general acceptance. All types of social interests affect the last phase, from the realm of sociology as in the case of Darwin’s theory, to the technician nature as in the case of the Theory of Relativity.
In the case of physics, in order to optimize the brain resources, it would be helpful to eliminate the fictitious forces, the magical or distant forces such as current gravity, the negative energies, the straight lines that are curved, the accelerated time and the confusion between the magnitude and the measurements that the instruments carry out; especially, when it is known that the instruments are sensitive to specific conditions.
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