Super Massive Black Holes
Black Holes are one of the most enigmatic objects in the universe. Shrouded in mystery, Black Holes (a.k.a. BH) have been the focus of science fiction writers and astronomer alike. But now there is a new kid on the block that has put your everyday BH to shame. This new kid is called a Supermassive Black Hole (a.k.a. SMBH). SMBHs are a new area of wonder and fascination in the astronomy field and have caused us to rethink many of our previous thoughts on the universe and how it evolved into what it is today. Supermassive Black Holes are some of the biggest and smallest objects in the known universe. Big because SMBH and normal BH have such a incredible gravitational pull that it causes matter anywhere in its vicinity to be attracted to it and be pulled into its orbit. This orbit is called a Accretion disk. This disk is the only way to visually "see" where a BH or SMBH is located in the universe (though there are other ways, using radio telescopes or measuring the ripple effect in the surrounding space). The Accretion disk can be sometimes as small as a planet or as big as a thousand solar systems. They are some of the smallest objects in the universe because in actuality even though the Accretion disk and Event Horizon are con
But before we go into all of that lets get the basics down first, like what is a SMBH? A SMBH is exactly what it sounds like: a very big BH. It is believed that the SMBH in the centers of galaxies were created from "the dying remnants of quasars that are accreting material at a much slower rate than they did in their youthful vigor in the early epochs of the universe. au) If the gravitational forces increase at a rate of 1:1 while EH radius increases at a rate of 3:1 than sooner or later the barrier of the EH will exceed the distance at which gravitational forces are fatal. A neutron star (had it stayed in this stage of development) is so dense that a single teaspoon would weigh in at about a billion tons. It has been shown that there is a strong correlation between the size of the galaxy and the mass of the SMBH. These are equal to the mass of our sun. But this has a lot of one but none of the other. One: They are the product of many normal BH colliding and merging into one another; or two: they occur when a quasar is pulled inward on its core and than collapses on it due to its tremendous gravity. If you double the mass of the hole, you double the force of its gravity. The EH is one of the most mysterious phenomenon in space. sidered part of the BH, they are only by-products of the real BH and that is the singularity. For a supermassive BH of 1000 solar masses the EH is about 3000km.
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Acceptance Essays
