3.c.1. Types of movement

A large part of the argument that outlines the new types of movement appears in the online books, Global Mechanics and Law of Global Gravity.

The classification of the types of movement that is presented has been carried out from the perspective of their reticular structure. That is, it is independent from the existing types of movement with other perspectives regarding the relationship of space with time, such as linear uniform motion, circular motion, accelerated movement, etc.

Nonetheless, it will produce and effect on the classification of the types of motion related to inertial and non-inertial systems from the point of view of physics in Relativistic Mechanics, or the purely mathematical types of movement in Quantum Mechanics.

The evolution of the local universe, or Little Bang, can serve as the sort order for the presentation of the types of movement with globine perspective. According to the online book on Global Astrophysics and Cosmology, the possible creation of a Little Bang is the clash of two very large black holes spinning in opposite directions.

Certainly, the following classification of the types of movement is quite far-fetched in some of its proposed forms due to it being the new model for Dynamics - Physics that is completely different from the current one. Nevertheless, I hope that it comes conceptually closer to physics reality than the models in Modern Physics regarding space, time and their relationship.

Given that the movement of globine is intimately related to that of light and mass, there can be some overlapping descriptions of the different types of movement, displacement or motion.

Keeping the previous statement in mind, the following types of movement appear:

• Motion of globine

  These types of movement, or displacement, in Global Physics have little to do with Newton's Laws or with Einstein's Theory of Relativity, and much less with Quantum Mechanics.

  Please refer to the examples of Gema’s piano and Crossing the river by jumping onto stones in the definition of space and how it differs from Einstein's Theory of Relativity.

  • Reticular expansion and contraction

    • Rapid movement in the Theory of Inflation of the universe (Little Bang)

      The decompression of squeezed mass that contains black holes would result in increased volume and globine motion in such a way that the speed of its movement could be much faster than that of light.

      At this stage, the propagation of light would be at speeds much faster than *c*, and this speed is due to light moving upon the longitudinal tension of the reticular structure of matter or, in the same regards, its physical motion is additive in regards to its medium support.

    • Motion of stars regardless gravity force

      Normally known as expansion and contraction of the universe.

      Outside of the stage of inflation, globine is always in movement due to the effect of the universe expanding which is brought about by the emission of electromagnetic energy from stars and from the contraction due to the accumulation of compressed mass in the black holes.

    • Creation and dissolution of electrons

      As explained in Global Mechanics, the same phenomena of expansion and contraction of the reticular structure of matter, or globine, is produced along with the creation or destruction of elementary particles with mass.

    • Creation of mass (compaction)

      A different case is the stretching of a reticule in the process of forming protons and neutrons, which is what ends up giving them stability.

    • Creation of mass (confinement)

      The elastic movements of the filaments of the reticule that holds the mass of atomic nuclei due to their changes of energy.

     

  • Longitudinal vibration of globine

    Vibration that transmits the longitudinal tension of the reticular structure of gravity. The tension of the longitudinal curvature is the basis for the force of gravitational attraction.

    This vibration is also connected to the phenomena of internal resonance of elementary particles with mass.

  • Movement of the gravito-magnetic field

    We should also point out that according to Global Mechanics, due to the presence of the mass, the electromagnetic field or, to be more accurate, the gravito-magnetic field, is partially formed and the existence of photons is not necessary.

    The propagation of light, or the diffusion of electromagnetic energy, such as the transversal wave of mechanical nature upon globine, produces an additional type of movement in globine by altering its spatial distribution.

    This type of movement includes not only the propagation of light, as mentioned in the previous paragraph, but the dance of wavons and the vibration of the nucleus of the atom.

    The phase of matter in the broad sense, which is formed by zones of compressed globine but different from the phase of mass, due to its instability, is called Wavine.

  • Variation in the tension of the longitudinal curvature of globine

    The true medium of support of light is not the reticular structure of matter, or globine, but rather the tension of the longitudinal and transversal curvature of this structure in the absence of photons. As a result, when one says that globine, or reticular structure of gravity, is the medium of support for light, this concept has to be understood keeping in mind the relevance of the precision that has just been presented.

    The motion, or variation in the tension of the longitudinal curvature of the filaments of globine, upholds the alternate explanation of the Michelson-Morley physics experiment. This is an aspect that is unquestionably achieved since the gravitational field accompanies the movement of the planets.

    This type of drag provides an explanation, which is an alternative to Einstein's Theory of Relativity, for the Michelson-Morley physics experiment.

    Nonetheless, the reticular structure of gravity is not a fluid; according to Wikipedia, "The first step in abandoning the concept of elastic ether was taken by MacCullagh who postulated a medium with properties different from that of ordinary bodies. The laws of propagation of waves in this type of aether are similar to the electromagnetic equations of Maxwell."

    The variation in the tension of longitudinal curvature of globine due to the rotation of the planet, and the different motion of the particles with mass that make up the globine could be the main reason for the existence of the Earth's magnetic field.

   

• Propagation of light

  As I mentioned earlier, due to the fact that electromagnetic energy is a physical disturbance in globine, the movement of light always implies a displacement of globine; no matter how small the variation is of the location of globine in space.

  • Total drag by longitudinal tension of globine

    Movement derived from the displacement of globine in space and of its longitudinal tension. Keep in mind that, besides the very same motion of globine, there is a variation in the longitudinal tension and not only a variation in the tension of the longitudinal curvature of globine.

    The propagation of light at a speed faster than *c* is maintained beyond the stage of the inflation of the universe given that as long as globine is moving, or there is a variation in its longitudinal tension, an effect of the total drag of light is produced; that is, the speed of light is additive and will be the sum of its speed of propagation along globine plus that of the globine.

  • Movement of mechanical wave upon the non-dispersive medium

    Light is propagated as a transversal wave of mechanical character with the longitudinal tension of globine as a medium of support.

    Regardless of the movement of globine, the force of gravity derived from the tension of the longitudinal curvature of globine generated by mass affects the speed of light in that the more tension there is the greater the speed of light. This topic of whether the speed of light is constant or not is discussed in detail in the book, Global Mechanics.

    The same happens with the longitudinal tension of globine. Think of how in the phenomena of Astrophysics, large variations in the longitudinal tension can be produced without barely any variation in the longitudinal curvature of the filaments of globine.

  • Curvature of light (Merlin Effect)

    A type of movement that is another characteristic or property of the propagation of light in space is that which is produced by the potential gravitational energy, or tension of the longitudinal curvature of globine, by forming the radial symmetry of gravity.

    The mechanism of transferring energy – the Merlin effect (Mercury Lightning) or Merluza effect (Mercurio-Luz) or second component of atractis causa – is due to the speed of light and it is similar to that of the first component or force of gravity in Newton's Law of Gravity that is due to the speed of vibration of the longitudinal waves of the gravitational field. A thorough explanation is in the book, Law of Global Gravity.

    The implications of this type of movement are significant in Global Physics because they explain the curvature of light due to the stars and galaxies, or the gravitational lens effect.

    Clearly it is an alternative explanation to Einstein's Theory of Relativity. Displacement in space is not the same as space expanding or shrinking, especially for the sanity of the neurons!

    Gravitational lensing
    Einstein's Ring (NASA)
    (Public domain image) 

   

• The motion of mass (And wavine)

  • The dance of the wavons

    After the Little Bang, mass was formed. Certainly there were wavons in the inflation phase but it is irrelevant for our analysis.

    Global Mechanics has defined wavons as a new type of particles. Physics mass of wavons is the result of the relaxation of the difference in the transversal tension in the reticular structure, or electromagnetic energy, by means of movement. The most well-known case is where electrons neutralize the charge of the atom.

    At times, I call the mass of wavons wavine in order to differentiate it from normal mass.

    This type of movement refers to the motion of wavons in space within their orbits since, in order to change orbits, the loops that formed them come undone and create electromagnetic energy. Afterwards, they create loops, coils, or spirals again that form the wavons in one spatial point that belongs to another orbit or globudesic line.

    Electrons orbits
    (heyelogic microscope) 

    The wavons are displaced throughout their orbit as a result of the movement of globine and of the motion of the nucleus of the atom in order to relax the transversal tension that is not relaxed or eliminated with the complete loops created, or electrons.

  • Greek movement or normal motion

    Of all the types of movement, this is the most normal one and part of everyday life since it refers to the motion of things in space that we are all familiar with.

    The mechanism that allows for movement of mass is called kinetic energy and is what Newton's Laws mainly refer to and, from a recent point of view, the known concept of relativistic mass or the mass at rest plus the mass that is acquired with velocity.

    The movement of physics mass is odd since, according to Global Mechanics, mass is no more than a loop of globine. In order to move, there should be a mechanism that allows it to move all along globine, with the complication of being a three-dimensional loop of globine. In other words, the movement of mass is like that in a slipknot.

    Physics mass moves through globine almost like a ball moves between sheets, with the peculiarity being that the ball is made of the same threads as the sheets.

  • Anomalous precession of the orbits of the planets (Merlin Effect)

    As in the case of the gravitational lens in the movement of light, this type of movement of mass is also produced by the second component of the atractis causa, or Merlin effect.

    The Law of Global Gravity adds a second physics cause for the force of gravity; which is the Merlin effect due to the velocity upon the gravitation field, or natural system of reference.

  • Drag of mass by globine

    This type of movement could be confused with the previous one, but from a physics point of view, they are very different. It is not a movement of mass upon globine, which is its support medium, but rather the movement of globine. Globine is a partial support medium as far as the drag of physics mass.

    NEWS ABOUT PHYSICS

    NASA Gravity Probe-B
    Precession and drag effect by Einstein
    (Public domain image) 

    "NASA’s Gravity Probe-B has confirmed with high precision two key predictions derived from Einstein's General Theory of Relativity: the warping of space and time around a gravitational body and the so-called frame-dragging by which the Earth, by rotating, twists space and time".

    El País 05-05-2011

    An illustrative example of this type of movement is the variation in the location of the ball between the sheets in space due to the displacement of the bed.

    I think the best way to understand this movement is to think of the inverse movement. If mass is displaced upon globine at a certain velocity due to the spatial configuration of its physics mass, modulated by acquired kinetic energy; a displacement of globine has an effect on the movement of mass based on this spatial configuration.

    This type of physics movement is also related to the movement of the atom in which now we have a ball in a swaying hammock.