3.f.2. Physics of movement with gravity

This section analyzes an important characteristic of movement or movement on globine with the radial symmetry of gravitational potential energy, in contrast to the physics of theoretical movement in a reticular structure with supersymmetry that has been studied in the previous page.

I am referring to the Merlin effect that produces the curvature of light by the gravitational lens and the small deviation in the orbits of the planets in relation to that foreseen by Newton's Law of Universal Gravitation. Both natural phenomena are explained by Einstein's General Relativity with its field equations and its distortion of space and time.

The significance of this physics characteristic lies in the fact that not only it is compatible with the composition of mass, electromagnetic energy and the model of Global Mechanics as a whole, but that it reinforces it at the same time. In other words, the new explanation of the mechanics of movement in gravity makes Einstein's Relativistic Mechanics evidently incorrect.

The most well-known case in the physics of free fall movement of bodies with mass – for having a more pronounced deviation – is the anomalous precession of the orbit of Mercury. For the movement of light, the most famous cases are the solar eclipse of 1919 and Einstein's rings observed by Astronomy.

3.f.2.a) Dynamics of the movement of light 

Knowledge about the physics theory regarding the rules of the dynamics of the movement of light, or propagation of electromagnetic energy from the effect of gravitational lens, helps to understand its nature and vice versa. Regardless of the description of wave movement and Maxwell's Laws, the movement of light shows a small angular variation when passing close by the stars, or curvature of light.

The characteristics of the propagation of electromagnetic energy of light has been mentioned in the book, Global Mechanics, and on the other hand, the mathematical demonstration of the curvature of light is carried out in the section Energy experiments in the book, Law of Global Gravity.

Equation of the Global Gravity Law
 

The Laws of Global Gravity are a simple mathematical formula that collect the implications of the Merlin effect, or second component of atractis causa, on Newton's Law of Universal Gravitation.

Conceptually, we can see that the total mass of the object in movement does not appear in the formula because it should appear in both sides of the equation; that is, an increase of the total mass does not change the orbit of the planets or the velocity of the free falling bodies.

In the case of light, we would have to put this equation in terms of energy but it would be entirely the same as the one shown given that the physics mass is nothing more than a type of elastic energy or phase of globine.

In short, the formula for the Law of Global Gravity adds kinetic energy to Newton's Law of Gravitation as a second physics component of atractis causa in the gravitational interaction. For the case of light, since its speed is equal to gravitational waves, the gravitational interaction due to physics velocity is exactly twice that of mass; the same result as the solar eclipse of 1919 and that presented by Einstein's Relativistic Mechanics with its space alterations based on the gravitational energy.

3.f.2.b) Physics of bodies in free fall  

According to Wikipedia, the free fall movement of bodies is that which is only affected by the forces of gravity. Although, they also speak of free fall in the cases of movement with distortion of space and time due to the gravitational energy in Einstein's Theory of Relativity.

Global Dynamics explains the physics deviation in the motion of free fall in relation to that predicted by Newton's Law of Gravitation as an alternative to Einstein's Theory of Relativity, and maintaining the principles of Euclidean space and absolute time, and clearly without using any artificial dimension or changes in physics reality for each observer.

This special feature of the physic of free fall is explained in simple terms based on the following points:

• Kinetic energy and the velocity of physics mass

  The section, Physics velocity of mass, mentions the elements that intervene in the definition of the velocity of mass, specifically, the concept of mass in Global Mechanics and the material support of kinetic energy.

• Movement of bodies with mass with supersymmetry

  The common peculiarities of movement on globine with supersymmetry were initially discussed in the section, Physics of movement without gravity.

  Kinetic energy is the cause for the mechanics of the motion of mass in a theoretical supersymmetry of globine and that, as we will see, also affects the free fall movement of bodies that we are analyzing.

  To be specific, I have explained the various states of motion of mass, rest, uniform movement and acceleration, together with the meaning or effects of the corresponding kinetic energy related to them. In other words, the mechanics of motion as a response to gravitational interaction and synchronization of resonance of mass with vibration of globine in the changes of velocity of mass.

• Free fall movement in Newton's Mechanics (radial symmetry)

  This movement is similar to displacement with supersymmetry when the force applied is the force of Newton's gravity. This force is the first component of the atractis causa in the Law of Global Gravity.

  Velocity of mass
  Free fall movement of bodies
  

  The special feature of the increase in mass with velocity derived from relativistic mass does not affect the acceleration given that Newton's gravity increases in the same proportion as mass. Earlier in this book, and in the book of the Law of Global Gravity, it was mentioned that this increase in mass with velocity is correct as long as the velocity is measured in relation to the natural or privileged system of reference.

• Second physics component of atractis causa, or Merlin effect

  The special characteristic of the free fall movement of bodies that explain the Merlin effect is produced in any displacement of physics mass throughout globine with radial symmetry. In other words, it appears in the cases of Newton's gravity wherever there is also movement of mass in regards to the natural system of reference.

  The only thing left to explain is why the deviation is less in the case of free fall motion of bodies than in that of the movement of light.

  The difference between the movement with gravity of light and of bodies with mass is important because in spite of existing, both deviations in regards to Newton's Law of Gravitation are explained with the same formula and the same argument. The Merlin effect is due to the increase in the gravitational interaction due to the velocity, and kinetic energy quantifies both in the case of light as well as in the case of bodies with mass.

  Quantification is given by kinetic energy because movement of the total mass is involved and, taking into account its velocity, it assumes an energy equivalent to the electromagnetic or gravitational energy necessary to reach this speed from the initial situation at rest within its natural reference system.

  In other words, the second component of atractis causa or the Merlin effect on the total mass is equal to Newton´s force of gravity on the kinetic mass or the increase of the mass at rest due to the velocity; given that the force of gravity on electromagnetic energy is double. One part compensates for the mass increase with speed, maintaining the force of gravity per unit of mass, and the other produces an increase in the force of gravity per unit of mass.

  Potential gravitational energy is also seen to be affected, as discussed in the section on Potential energy from the online book The Law of Global Gravity.

  In short, as the force of total gravity per unit of mass will increase, the orbit of the planets and, in general, the free fall movement of bodies with mass will be affected.

  The mathematical demonstration of the anomalous precession of Mercury with the formula for the Law of Global Gravity is also found in the section mentioned earlier in Energy experiments.

  As mentioned in the section, Newton's Second Law, the Law of Force or Fundamental Law of Dynamics, the proportionality between force, mass and acceleration continued to be maintained but we have to keep in mind the intrinsic increases in mass and in force of total gravity with velocity, besides the decrease in the force of gravity with distance.

   

3.f.2.c) Physics of the normal movement of bodies 

If when the bodies are in free fall we add other forces, kinetic energy of the whole can make the body move in any direction. The direction and sense of movement of the bodies depends on the spatial configuration of the object’s global mass in motion and on the field of gravity. The resulting force cause by the energy exchange, given the spatial configurations mentioned, is the cause of the movement.

Movement of bodies in gravity
Bewitched heart

In the figure of the bewitched heart, one can see, from the string’s arrangement (further apart at the top than at the bottom), that if we make the strings vibrate, any object or energetic property on them will tend to move upwards (imaging the strings are a bit convex to the vertical axis in the middle and that they have some longitudinal tension)

So, if the object were to be shaped like a black triangle it could well move to the contrary, then its spatial configuration would mean a greater effect on the exchange of energy than that of the spatial configuration of the strings.

The fact that the spatial configuration of global mass and the field of gravity determine the movement is the reason why bodies in motion do not stop until new forces are applied, as was seen in the previous section on Physics of movement without gravity.

 

 

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