As the light particle moves away from the light source
The central core of each light particle:
The temperature of the core decreases, the internal rotation of the core and the rotation of the waves decrease. Magnetic waves become weaker. The energy of the particle decreases. The number of its waves gradually decreases. It gradually becomes just one wave (red). Finally, it becomes waveless and becomes a gamma particle (no electric charge). At this moment, the light intensity in that space is close to zero.
Factors of observing matter in space: 1- Direct exposure to light (it has not yet turned into gamma particles).
2- For some reason, light reaches it from other sources and the material reflects it (if there is no obstacle).
3- When the light particle turns into a gamma particle: light radiation occurs only from the collision of light gamma particles with matter (when there is no obstacle in the way).
Result:
When matter is where all three do not occur, matter appears dark
But with the passage of time: the obstacles on the way are removed and the collision of particles and the reflection of light become reversible.
As a result, the darkness of matter will not be permanent.
As a result, dark space does not exist forever.
Important note: Every place in space will be dark for a while.
Some spend less time and some spend more time in the dark. And there is no way to avoid it.
Full description and proof of them soon
Light particles along with the waves inside them: undergo many changes along the way.
At the end of the path and the last changes: light particles turn into gamma particles. Gamma particles collide with obstacles and are reflected in three modes.
1- X-ray with high range.
2- High-range gamma rays.
3- Low range and surface rays.
Waves of light particles undergo many changes along the way. It will be explained soon.
Suppose we go outside the solar system. And we look at the sun somewhere outside the system. Sunlight reaches us. important question:
Is the source of this light the sun? Is the sunlight that reaches us the light of some stars around the solar system that is reflected from the surface of the sun? And how many percent?
Have the characteristics of the light that reaches us from the sun changed? What percentage of the changed light from the sun reaches us?
How do the percentages change as our distance from the sun increases?
The light of the planet Venus reaches us. important question:
Is the source of this light the planet Venus? What percentage?
Is the light of the planet Venus that reaches us the sunlight that is reflected from the surface of the planet Venus? And how many percent?
If we look from the planet Neptune to the planet Venus, how do these percentages change?
If we look at the planet Venus from a place far from the solar system: How do these percentages change?
What is your opinion?
We will be surprised soon.
Important note:
Dark space: It does not have a fixed place and its place is changing and moving every moment. The movement of dark space is like the movement of the shadow of clouds on the earth. There are also bright spots in the dark space (light source).
Every place in space will be dark for a while.
Some spend less time and some spend more time in the dark. And there is no way to avoid it.
Dark matter: 1- Its light source is turned off or it has a light source but it is far away (light reaches us in the form of gamma rays or X-rays.) 2- It does not receive light or any rays.
The position of dark matter is also changing. Every moment one substance darkens and another substance emerges from the darkness.
What was the motivation of those who started the nonsense theory of dark matter and dark energy?
In theoretical science, it is permissible to confirm anything, and they refer to all kinds of nonsense to prove their theories.
Logical space has become a magical space!
Arash Azad
The claims may not accurately describe the behavior of light particles (photons) as they move away from the light source. Few reasons:
1. Temperature of the core: Photons do not have a physical "core" that can have a temperature. Photons are massless particles and do not have an internal temperature.
2. Internal rotation and wave rotation: Photons do not have an internal rotation or a rotation of waves. Photons are electromagnetic waves that propagate through space-time, but they do not have a physical rotation.
3. Magnetic waves: Photons are composed of both electric and magnetic field components that oscillate perpendicular to the direction of propagation. The strength of the electric and magnetic fields does not decrease as the photon moves away from the source.
4. Energy of the particle: The energy of a photon is directly related to its frequency or wavelength and does not decrease as the photon moves away from the source. The energy of a photon is conserved.
5. Number of waves: The number of waves associated with a photon does not decrease as it moves away from the source. Photons maintain their wavelength and frequency as they propagate.
6. Becoming a "gamma particle": Photons do not transform into "gamma particles" as they move away from the source. Photons maintain their identity as electromagnetic waves throughout their propagation.
7. Light intensity: The intensity of light does decrease as the photons move away from the source, but this is due to the inverse square law, not because the photons are transforming into something else.
Hope it helps; partial credit AI
I discovered a new nuclear model and all my writing is based on that model.
Unfortunately, I cannot tell the details and formulas because it has not been provided yet.
Photon has no place in my model. A particle of light is like the solar system. It has a star (core) and circles around it. But the oval of its rings is very elongated. Light: particles that are emitted in certain conditions and at a certain distance from the surface of the source.
Particles are electrically charged (neutral).
Particles have mass.
the answers
1. Core Temperature: Photons do not have a physical "core" that can have a temperature. Photons are massless particles and have no internal temperature.
Me: As I said, light has a core and it also has heat. As long as the light particle is around the source (ring around the source), the core spins faster and the core is hotter.
2. Internal rotation and wave rotation: Photons do not have internal rotation or wave rotation. Photons are electromagnetic waves that propagate through space-time, but do not have physical rotation.
Me: Photons or light particles are not electromagnetic waves, but are caused by magnetic waves and neutrino waves. They have different types of rotation. The gyrations are in the core and in the loops (waves).
3. Magnetic waves: photons are composed of electric and magnetic field components that oscillate perpendicular to the direction of propagation.
I agree
As the photon moves away from the source, the strength of the electric and magnetic fields does not decrease
I: The more the magnetic waves of the source reach the optical core, the faster the core rotates and as a result the strength of the electric and magnetic fields decreases.
Every moment, the nucleus loses the ability to absorb the surrounding fields and waves.
4. Particle energy: The energy of a photon is directly related to its frequency or wavelength and does not decrease as the photon moves away from the source. Photon energy is conserved.
I: Light energy = the ability of the nucleus of the light particle, which is directly related to the rotation speed of the nucleus and decreases as the light particle moves away from the source. Light energy decreases.
5. Number of waves: The number of waves associated with a photon does not decrease with distance from the source. Photons retain their wavelength and frequency during propagation.
I: With the distance from the source, the ability of the nucleus decreases and it is not possible to keep small particles inside the end rings, so the particles are dispersed. And the end loops go back to infinity. And each time a ring is missing from the end.
6. Becoming "gamma particles": Photons do not become "gamma particles" as they move away from the source. Photons retain their identity as electromagnetic waves during their propagation.
I: The nuclear power of the light particle decreases.
When the core strength reaches zero, the core does not rotate, all waves disappear, the electric charge becomes zero, and the electromagnetic wave becomes zero.
7. Light intensity: As the photons move away from the source, the light intensity decreases.
I agree.
But this is due to the inverse square law, not because the photons are transformed into something else.
Me: less core power as a result of less light intensity.
In general: I changed the basis of physics. Electron, neutron, proton and photon are defined. My calculations are classic and logical. They are not quantum.
I am willing to make my calculations available to anyone who has them.
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