HOW DO THE SIZES OF STARS DECRESE IN THE DISTANCE?
I have earlier calculated that the distances of stars are much more smaller than we nowadays measure by spectra of light. I have calculated this by so caleed DIMINISH STANDARD. There must be something wrong to calculate the distances by spectra of light. I claim that the nearest star called Proxima Centaury is in the distance of about 150 AU:s (astronomical units), which means the distance of about 20 light hours, NOTE: not 4,3 light years.
How do I get this kind of result? It´s a very simple explanation. The equations are also not so difficult to understand. So, here it goes!
The size of Sun is about 1 390 600 km in diameter. The star called Proxima Centaury which is the nearest star, has almost the same size as Sun has and it´s properties are almost the same as Sun has. If we look Sun on the daily sky, we see it in about 30 mm size. So, Sun is decreasing in the 1 AU distance. If we look at the nightly southern hemisphere sky, we can hardly see the star Proxima Centaury. It has decreased in the distance. By a very simple way we can think that Proxima Centaury has decreased into the size of about 0,2 mm. We can calculate the size by the following way:
Sun is about 30 mm in the distance of 1 AU. If we take Proxima Centaury in the distance of about 150 AU:s (astronomical units), 20 light hours, we get the following calculations:
(30 mm)/(150) = 0,2 mm.
So Proxima Centaury has decreased into the size of 0,2 mm in the distance of about 150 AU:s, about 20 light hours.
By my theories we can now calculate all the distances of stars by a relative way by the nowadays used calculations of the spectra of light, when we know that the distance of Proxima Centaury is about 150 AU:s, about 20 light hours, NOTE: not 4,3 light years as we nowadays measure by the spectra of light. We get amazing results and find out that all the stars are in a much more nearer distance as we nowadays measure. A very simple theory!
It seems that the near universe is much more nearer than we nowadays measure. This does not mean that the universe is not a smaller concept to understand but an eternal concept! If I am right, the modern astronomy is in the way of new aspects.
Antti Johannes Vaalama
