The greatest discovery in human history.jpg

A major mystery of space science that will never be solved, even after 100 years or 1,000 years.
That is exactly how the speed of light is determined.
No matter how much modern physicists think about it, they say this can never be solved.
It can be called the ultimate final mystery of physics.
To give you the answer first, it is because the speed at which the Earth orbits and moves is 1C.
The speed of light possesses the inherent speed of the matter that created the light,
and as the Earth moves by orbiting at a speed of 1C, the electrons orbiting the atoms are also orbiting the atoms at a speed of 1C.
That is why the speed of electricity was 1C and was identical to the speed of light.
Light created from or reflected by matter fixed to the Earth has a speed of 1C,
and even in the process where light is absorbed and then emitted by touching other matter, the speed of light is converted into the inherent speed of that matter.
In the past, at CERN (the European Organization for Nuclear Research), light was observed to be 60 nanoseconds faster than the speed of light 1C.
The media went into a frenzy.
They said Einstein's principle of the constancy of the speed of light would be broken, and the hidden secret of light that humanity had been searching for would be revealed.
They said if only this could be proven, the laws of physics as we know them would be broken, all the mysteries of the universe would be solved, and a new understanding of physics could be derived.
But sadly, upon re-examination, the speed of light was the same. It was concluded that because the laser was not properly fixed,
the light produced from the laser in a dynamic state was 60 nanoseconds faster.
When the laser was perfectly fixed again and light was fired for measurement,
neutrinos were also observed at the same speed of 1C.
Whether the number of atoms in the matter that created the light was small or large, or whether the energy was high or low, the speed of light was all the same.
However, the important fact here is that the light produced by the laser in a dynamic state was 60 nanoseconds faster.
Even though light 60 nanoseconds faster was observed, because they did not know how the speed of light is determined,
they concluded it was an error.
Even though the opportunity to find the answer arrived, they missed it.
Light created from all moving objects on Earth is moving at a speed faster than 1C.
The reason the speed of light created from matter fixed on Earth is 1C
is because the speed at which the Earth orbits and moves is 1C.
If there were a train moving at 0.1C, if this matter created light, the speed of light would be 1.1C,
because the domain of the Earth is 1C.
Then, let's go inside the train.
Inside a train moving at 0.1C within a 1C domain, the interior becomes a 1.1C domain,
and if you measure the speed of light created in the 1.1C domain from inside the train, it is observed as 1.1C.
But if you observe the light created at 1.1C from outside the train in the 1C domain, what will the speed of light be observed as?
Will it be 1.1C? No, it is observed at a speed of 1.2C.
Why is the 0.1C speed observed as faster?
Assuming the space outside the train is a vacuum, the reason it is observed as 1.2C when observed from a fixed observer outside the train
is that light moving at 1C in a 1C domain means it has an absolute velocity of 2C.
A train moving at 0.1C in a 1C domain is a 1.1C domain.
This means that light at 1.1C created in a 1.1C domain has an absolute velocity of 2.2C.
Therefore, because light moving at an absolute velocity of 2.2C was observed in a 1C domain, it is observed as 1.2C.
If we observe light created on a planet orbiting at 2C outside the solar system from Earth,
it is observed at a speed of 3C.
Because light moving at 2C in a 2C domain has an absolute velocity of 4C, and since 4C light is observed in a 1C domain,
it is observed at a light speed of 3C.
When 3C light reaches a galaxy moving at 1C around the Earth, or reaches the Earth's atmosphere,
during the process of converting to the Earth's inherent speed of 1C,
the size, energy, mass, and period of the light are determined by the difference between the speed of light and the inherent speed of Earth's matter.
When 3C light converts to 1C, the distance appears nearly 3 times greater,
the period of light becomes 3 times shorter, and the energy becomes 4 times higher, which is the square of the speed difference.
To summarize, the speed of electricity and the speed of light are the same,
and the speeds of electricity and light are determined by the inherent movement speed of atoms,
and the speed of light is 1C because the speed at which the Earth orbits while rotating is 1C.
We are looking at the universe from a 1C domain called Earth.
If the speed at which the Earth orbits and moves were to change, the 1C unit would change, and
even if there were no change in the state of motion of the light coming to Earth, as the state of motion of the Earth changes,
the observed visual size, energy, mass, and period would be observed differently,
meaning the universe we look at would be visually reconstructed.
And in the case of Earth, it can be said to exist because it orbits at a speed of 1C.
If it had orbited while moving at a speed of 0.1C, the thermal energy coming from the surrounding sun would be more than 81 times higher, which is the square of the speed difference,
and the Earth would burn up and perish. Perhaps the Earth would have maintained a stellar state.
Conversely, if it orbited while moving at a speed of 10C,
the thermal energy coming from the surrounding sun would decrease accordingly, making it a cold planet.
When we go outside of the Earth and float in the vacuum of space, it seems like we are standing still.
But in reality, the solar system is performing an orbital motion at a speed of 1C.
The satellites floating and stationary between the Moon and the Earth, as well as humans, are also moving at a speed of 1C,
and they are merely moving at their own speed within that base spatial velocity.
We haven't found any matter faster than the speed of light even after a generation has passed, but
the answer is that all matter can move faster than the speed of light 1C.
The speed of light varies depending on the speed of the matter that created the light and the state of motion of the observer;
the speed when light is moving is the speed of the matter that created the light, and when light is observed, the value is determined according to the state of motion of the observer.