Showing posts with label Sirius b. Show all posts
Showing posts with label Sirius b. Show all posts

Thursday, December 5, 2019

Could The Bethlehem's star be an eruption of Sirius B or Van Maanen's star?




Could The Bethlehem's star be an eruption of Sirius B or Van Maanen's star?

The answer to the question of Bethlehem's star could be an eruption of the surface of Van Maanen's star or Sirius B. 

Could Van Maanen's (1) star (Van Maanen 2) or Sirius B (2)the Bethlehem's star? Van Maanen's star is too cold for being that star, but could that thing be the Sirius B. The age of Sirius B is about 228 million years, but there is the possibility that some kind of eruption on the surface of Sirius B has caused the effect, what we are known as Bethlehem's star. 

The star itself can be old, but sometimes the white dwarfs and neutron stars are impacting with bigger particles or a large mass of gas or dust will be dropped to the surface of the star, and that causes a very big explosion. So this kind of eruption that happens at close star would cause an effect that the new star has been born to skies. 

The most common explanation for that thing is the supernova or nova (3) eruption or explosion, which exploded somewhere in our Galaxy. And that thing is one of the most interesting theories in the world. Some scientists have believed, that the Bethlehem's star is the Van Maanen's star, what is at the distance of the 14,5 light-years from Earth, and that thing would explain the mystery of the Bethlehem's star. 

Van Maanen's star has ever been the supernova, but the nova-eruption, what has been happened so close would be very bright, and that thing would be seen in the darkest night. The key question in this theory is that the age of that white dwarf is too old being Bethlehem's star. But sometimes even the lonely white dwarfs are erupting, when the bigger particles are impacting them, and could the Bethlehem's star be the eruption on the surface of Van Maanen's star?

But the problem is that Van Maanen's star or Van Maanen 2 is too hot being the Bethlehem's star. And that means there could be another white dwarf near Earth, but nobody has been found. Sometimes also Sirius B is claimed to be that nova. 

The distance to that star is 8,611 light-years, which means that also smaller changes to the brightness of that star are easy to recognize. And the surface temperature of Sirius B is very hot, but the reason for that is the material from Sirius A is dropping to Sirius B, and that determines the age of that star difficult by using the surface temperature. But this is only theory. And the answer for the mythical Bethlehem's star could be the eruption on the surface of Sirius B. 

Could the Bethlehem's star be some kind of propaganda tale?

One explanation for the Bethlehem's star would be that it is only the propaganda tale. In that theory, some leaders of the Jewish community or Romans created this tale for making the chosen one brave. The story would be told that God was protecting that child, who will be the king of Jews. 

The purpose of those tales, what are told to noble children's purpose was to prove, that the God or higher spirits were protecting that person, that the royal mission was to complete. And if Jesus was the descendant of the King of Israel, that meant that the royal mission was to get Romans out from that place. 

When we are thinking about the hypothetical descendant of Jesus, we must remember, that the rule of the kings was, that they must protect their families for making the heir for themselves. That means that the holy bloodline would have existed. But this thing is only theory, and the book Da Vinci-code has been made it well-known. 
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Sunday, June 2, 2019

Everything is relative

Everything is relative

1. Einstein's masterpiece

Theory of relative is the masterpiece of Einstein's idea, that everything is relative. That means that the weight of the particle depends on the place, where the metering is done. And when we are thinking the form of the material, we are facing thing, that the size of a particle means nothing. Also the elements and how thin the material is has matter.

And when we are thinking the extremely thin material, the energy what is stored in there is very high. In the cases, where black holes collide, the releasing energy level is so high, that it is visible from another side of the universe. When we are thinking the material, the neutron star, what is actually one very large neutron can make an entire solar system orbiting it.

2. Other members of solar systems are orbiting the most massive, not biggest object in the system

The neutron star is the particle, which has very powerful gravity, and the entire star is the only size of 20 kilometers, which makes them one of the most extreme particles in the Universe. If we think the cases, where some civilizations would benefit the energy of the neutron star, they could simply put the radio antenna in the jettison of the star. That jettison what is also known as "pulsar", is actually pure electrons, and that means that the radio antenna can transform that thing into electricity.

But let's get back to the solar systems and the question, what orbits what in the systems. The most important thing is that the most massive object is the center, and other objects are orbiting it. That means that actually Sirius A, what is the biggest object in its system orbits Sirius B, what is the white dwarf. And in Cygnus X-1 the big and bright star is orbiting the black hole, what has the physical size less than the atom. And how we can meter the size of a black hole?

We can use the event horizon in that process. The event horizon is the point, where light is starting to drop to the black hole. And what is behind that point? Nobody actually knows that thing. The thing is that there is one place in the Universe, where time is stopped, and that is in the point, where the escape velocity from the black hole is the same as the speed of light. By orbiting the black hole in that dimension, we could actually stop time.

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