Difference between revisions of "TFNR - Motion and kinetic phenomena"
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So, in a space-time domain, as for a particle of matter or for radiation, we can identify “'''divergence'''”, a particular form of the correlation of the distributions of the elementary perturbations of the point-events that compose that domain (Translation). | So, in a space-time domain, as for a particle of matter or for radiation, we can identify “'''divergence'''”, a particular form of the correlation of the distributions of the elementary perturbations of the point-events that compose that domain (Translation). | ||
| − | == | + | === A phenomenon === |
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| − | {{Template: | + | Motion is a phenomenon, something that happens... A process, a dynamic condition, not a state, a property / phenomenon of / in the [[Elementary Field]]. It is the dynamical condition of a space-time domain in which the distribution of the stochastic perturbations, the [[Elementary Action]], shows a direction. |
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| + | === Different forms of Motion and kinetic phenomena === | ||
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| + | The [[Propagation]] of [[Structures of Information]] in the [[Elementary Field]] can take different forms, manifestations of different [[Phenomena]]: | ||
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| + | * propagation of the wave structures ([[Waves]]): it does not involve work by the Force on the Field. Therefore it occurs at the maximum speed allowed by the Field (limit speed). | ||
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| + | * propagation of vortex structures ([[Vortices]]): | ||
| + | ** inertial motion: does not involve work by the Force on the Field, inertia, resistance of the Field to the variation of the [[Translation]] level | ||
| + | ** accelerated motion: involves work by the Force on the Field, proportional to the mass of the Structure. Generation or destruction of negative energy, kinetic / inertial mass | ||
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| + | * emission of wave structures by vortex structures: photon emission | ||
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| + | * absorption of wave structures by vortex structures: photon absorption | ||
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| + | * interference between wave structures | ||
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| + | * conversion of kinetic energy ([[Motion]]) in [[Mass]]: collisions of Bright Matter Particles, or of DM Halos | ||
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| + | * conversion of [[Mass]] in kinetic energy ([[Motion]]): emission of G.W. | ||
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| + | {{Template:PaperPages1}} | ||
Revision as of 17:48, 6 February 2024
It is the state of a space-time domain where the distribution of the stochastic perturbations that constitute the Elementary Action is oriented toward a direction.
This is the root of motion phenomena.
So, in a space-time domain, as for a particle of matter or for radiation, we can identify “divergence”, a particular form of the correlation of the distributions of the elementary perturbations of the point-events that compose that domain (Translation).
A phenomenon
Motion is a phenomenon, something that happens... A process, a dynamic condition, not a state, a property / phenomenon of / in the Elementary Field. It is the dynamical condition of a space-time domain in which the distribution of the stochastic perturbations, the Elementary Action, shows a direction.
Different forms of Motion and kinetic phenomena
The Propagation of Structures of Information in the Elementary Field can take different forms, manifestations of different Phenomena:
- propagation of the wave structures (Waves): it does not involve work by the Force on the Field. Therefore it occurs at the maximum speed allowed by the Field (limit speed).
- propagation of vortex structures (Vortices):
- inertial motion: does not involve work by the Force on the Field, inertia, resistance of the Field to the variation of the Translation level
- accelerated motion: involves work by the Force on the Field, proportional to the mass of the Structure. Generation or destruction of negative energy, kinetic / inertial mass
- emission of wave structures by vortex structures: photon emission
- absorption of wave structures by vortex structures: photon absorption
- interference between wave structures
- conversion of kinetic energy (Motion) in Mass: collisions of Bright Matter Particles, or of DM Halos
Links to the tables of contents of TFNR Paper
