When galaxies impact

When galaxies impact

When we are looking at cases when the supermassive black holes are colliding, we must realize that after 2,5 to 5 billion years the Milky Way would impact with Andromeda galaxy, and then the supermassive black holes would touch each other. The galactic impact might have already begun if the outer gas disks of the galaxies have touched each other. But what happens then? The thing is that this impact would be so powerful and large scale, that we don't know what it looks like.

Of course, the spiral formations of the galaxies are breaking, and the stars would fly away from galaxy like cosmic sparks, but the thing, that this thing looks like from certain planets is very hard to predict. Maybe some planets would face their fate in the impact with traveling stars, and the stars would also eat smaller stars. And when the supermassive black holes would touch each other, the entire skies of planets would get new colors.

And when the gamma- and x-ray pulses would travel through galaxy every each star would get so much energy, that the entire galaxy is filling with supernovas. When those supermassive black holes, what is acting like motors to galaxies are impacting they would both start to travel across the galaxy because their gravity would affect both objects, and during that moment, they would pull entire solar systems inside them, when they are traveling across the galactic structures. Then the gas and dust rings would impact together.

The releasing energy would be powerful, and the black holes would send the gamma-ray impulses across the universe. And suddenly the massive number of energy is released. The level of energy is so high, that only the Big Bang would create higher temperatures. And even in that kind of case, some species could stay alive.

Maybe mankind has created massive space ships and lives now the sequence when it is not dependant with planets, and those descendants of us might look at these cosmic fireworks from the safe distance. But who knows what would happen after 2,5 billion years? Maybe we are one super civilization with other super civilizations.

And let's hope that the dark scenarios about great wars would not ever come true. There is a possibility that this great impact would step in the continuum, which begins when we will move to other planets, then other solar system and maybe other galaxies. This process has started in the past when Foinikean admirals sailed the coast of Africa, and the next step in this process would conquer the South Pole.

Then humans put the feet first time in another celestial body. And maybe someday we will conquer the entire solar system, and after that to Alpha Centauri. Maybe someday humans would turn planets to giant colonies, and then the advantage shows to stars, and sooner or later to other galaxies.

The image of the black hole

The image of the black hole

The scientific sensation of the year has been the image what is showing black hole. It has been given information about how a black hole is handling material, what is surrounding it. If we would be more accurate when we are talking about that image, we must say that it portrays supermassive black hole, what is in the center of galaxies. The black holes can be forming by the explosions of the stars. And this is the birth of the normal black holes like Cygnus X-1.

But the supermassive black holes can form also just straight from the interstellar nebula is collapsing straight to black hole. In this case, the forming star or particle is so heavy or the material what is forming the object is so heavy like carbon or iron, that the nuclear reactions do not start, and the particle would turn straight to a black hole. We can collect data of the displacement disks of the supermassive black holes simple by observing galaxies. But when we want to get precise data from the things, what is happening near the black holes, we must look straight in the center of galaxies.

We cannot see the nucleus or the supermassive black hole in the center of the Milky Way, because that is covered by stars and dust without X-ray telescopes, but if we want to make observations by using visible light, we must look some other galaxies. The thing is that the supermassive black holes are predicted to find in the center of every spiral galaxy, and this image would give more information about the birth of galaxies and universe. This image is also a very good sample about the work, what is done in the field of artificial intelligence and image processing.

Computer programs and systems that are created for the astronomical purposes can benefit in the many other areas like satellite-based mapping systems, where the data, what is collected from ground, aircraft, drones, and satellites can be connected as the giant map entirety. And maybe this image, what is taken is the opening road to the next generation techniques, what might bring us the living film of the activities of the things, what is happening near the supermassive black hole.

The thing is similar to what was seen in the images, what are taken from the cosmic background radiation, the first images of that so-called three-kelvin radiation were the opening road to the observations, what has brought one of the most incredible mysteries in the universe. That mystery is that the image of cosmic radiation seems to be full of holes. And the thing what makes it a mystery is that if the three-kelvin radiation is coming from the big bang, and forming by the single photons or electrons what are jumping across the universe, the image of that radiation should be stable.

So where the holes in that structure are forming. Are black holes eaten those photons or electrons? Or is the answer that the particles are pulled away from those areas because of the cosmic pipes? Or is some bursts of electromagnetic radiation just cleaned those areas? This is the mystery, where the data, what is collected from the black holes might answer. The image itself can be easily found on the Internet.

Theory of relativity or theory of relative

Theory of relativity or theory of relative

1. Every theory is somehow inaccurate

I know that I made a mistake in the name of Einstein's theory, but that thing is called academic inaccuracy.  When we are thinking about things like accuracy, we would face the thing that all theories are somehow inaccurate, because they are meant for common use. There are many things and places, where theories would not work.

And there is always a difference between the theoretical and real world. In theory, we can model everything in the memory of the computer. But then we are facing the thing, that there is no object, what fits that model. When we are thinking the cases of supermassive black holes, we are facing the cold reality, that those supermassive black holes are maybe not the typical black holes.

2. A typical black hole might not locate in the middle of the galaxies

Modern astronomers think that in the center of every single galaxy is the supermassive black hole. And that would be very interesting because that means that those black holes are easy to find. Galaxies are very visible objects and that means that this makes those black holes easy to find. But actually, we cannot see the black holes themselves. We can see the cosmic structures around them, and then we must think about this case by using some other method or road to find out one very interesting thing about black holes.

The typical black hole is not probably in the middle of the galaxies.  A typical black hole might not galaxy around it, and that makes them quite difficult to find. But those black holes are sending X-rays, and that makes them easy to find if the observer would have X-ray telescopes. The high energy reactions around black holes are uncovering those objects, what looks like stoned.