Black holes in our solar system.

in Popular STEM6 days ago

Black holes in our solar system.




Primordial black holes are black holes that were theoretically formed during the Big Bang and at the beginning could be of any size, I say at the beginning because with the passage of time and Hawking radiation, the holes actually become diluted. blacks that had a mass less than that of Ceres, the dwarf planet, would no longer exist right now; if they do exist, they have a greater mass.


If this primordial black hole does exist, it could have the same effect as the planet 9 sought by astrologers, imagining a black hole the size or rather the mass of seven times the Earth, would be the same calculation that they have made for the planet. 9 and it would do more or less the same thing, it could gravitationally alter the orbits of all those comets and asteroids that are found in the Kuiper belt and that are the ones that have caused this search for planet 9.


Those orbital anomalies that I don't know right now have no explanation, if it is already difficult to find a planet far outside the solar system, in the outer zone of the solar system it is more complicated to find a black hole, because unless it is eating matter , swallowing gas or an asteroid or anything else that it finds along the way that rebels, the normal thing is that black holes are precisely that black, and they would also have to be very small and would not be visible.




The proposals to detect it are to use Hawking radiation but the truth is that Hawking radiation is still theoretical, it has not been detected, there are many possibilities that it really exists but we do not know how to detect it; The other thing is to wait for it to eat something and fall into it, but that could be an event that occurs every 1000 or every 10,000 years, it would be complicated as well.


Other proposals to search for “invisible” objects would be to observe and locate other objects, such as small moons that are orbiting around that black hole, because if you are at the appropriate distance from a black hole you can be orbiting it for millions of years and we know a Thing, as we move beyond Jupiter, the planets and dwarf planets are more likely to capture other objects, other asteroids and have moons, even Pluto has 5 moons.




This is because the further we go from the sun, the speeds of the objects are lower and then it is easier to capture them gravitationally, therefore, that black hole if it exists should have quite a few moons, with a mass seven times that of The Earth should have quite a few moons, so the possibility would be to locate a series of small objects that we are seeing that are circling a void, then we would have located that primordial black hole if it exists.


Here we depend again on the new generation telescopes and observatories that are put into orbit in the coming years with more observation power we will be able to capture more objects and we will be able to better trace these strange objects such as the case of a primordial black hole or the elusive planet number nine.




The images without reference were created with AI
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