I also agree, even the wavelengths are much more than 300,000 km. And we have more speed of light.
The environment of the solar system has two parts.
There are 10 layers around the sun.
There are 8 primary rings in the first part.
Radius of the first part = 18592000000 km.
The last 2 layers are in the second part.
The total radius of the solar system = 44728000000 km.
In the first part, the centrifugal force is increasing and the power of the solar core is increasing. In the second part, the centrifugal force is decreasing and the power of the solar core is decreasing.
More details and calculations in the next article.
When particles leave sunlight, they inherit all the solar rings in the form of DNA. This is the wavelength of the hidden light particle.
The light particle is thrown out twice. Once inside the nucleus.
And the second from a certain distance to the surface of the sun.
When the light particle hits something, the hidden waves in the light particle are opened. Each main wave turns into two reverse waves.
The reason is related to the waves inside the core, which I will tell after revealing the secret of the core.
There are stars in the universe whose number of rings is greater than the number of rings of our sun, so the speed of light in them is faster than that of the sun.
And the lifetime of their radioactive elements is longer than the lifetime of similar elements in the solar system.
And they have more elements.
For example, if the half-life of an element is 3 days, in a star space with 4 more rings than our Sun, the half-life of an element is several years.
And it will have about 150 new elements
Full description coming soon
The direction of the candle flame in space is upwards. Why?
The answer is related to the emission of light particles that are drawn in an orbit around the candle thread and then ejected.
According to the figure:
We have two candles
One on Earth and the other in zero gravity.
In picture, it is clear that the direction of the flame in space is upwards. It is more elongated on the ground and spherical in space. But both are high.
In space, the mass of hot air and the mass of cold air are equal. As a result, the entire flame should spread over the surface of the candle.
But the observations are something else, and the direction of the flame in both is upwards
Both are the same.
The orbit on Earth is more elongated.
The orbit is rounder in space.
What is seen in both are larger particles.
Fine particles of light are separated from different surfaces inside both, and the rotating orbits of light particles are drawn in a very short distance and thrown out. according to the figure