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Outer space can seem very intimidating and is usually a very
complex subject. Since the dawn of time, the human race has been curious and
inquisitive of the universe we live in. Although we’ve come a long way since
the beginning and have made many breakthrough discoveries and advances in our
technology, most questions still remain unanswered. After all, only about 4% of
the universe has been explored. As a result, we are still trying to comprehend
the contents of space and how the universe around us operates. While we do know
very little about space, we have come up with a number of theories over the
years to somewhat offer an explanation to compensate for the lack of knowledge
about the sky up above. For example, black holes are a subject that we don’t
have a lot of information on. We know what they are and how they are formed,
however we can only theorize about the particles inside of a black hole, let
alone what a black hole is capable of. Because we do not know everything about
black holes, there will certainly be some common misconceptions that people
believe. Space anomalies such as these continue to baffle astrologists to this

As mentioned previously, while 96% of outer space is still
to be explored, we do know quite a bit on what black holes actually are. The
idea of a black hole was first concocted by no other than Albert Einstein
himself in his book titled The Principia.
Since then we’ve confirmed this theory and the way these abysses work.
According to NASA, “A black hole is a place in space where gravity pulls so
much that even light cannot get out. The gravity is so strong because matter
has been squeezed into a tiny space.” – NASA.  Black holes are at the end of most star’s life
cycle. However, not all stars have this fate. In order to create a black hole,
a star must have the mass of 25 solar masses which is about three times the
mass of our sun. When a star is at the end of its cycle and stops emitting
energy, the force of gravity and radiation are thrown off and the star begins
to collapse causing an implosion like a supernova. After this occurs, the star
could form a black hole if it is heavy enough. Other black holes are said to
have been formed at the same time as their galaxy. While there are many other
questions about black holes that remain unanswered, this is all the information
astrologists have managed to discover about the formation of these space

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Thinking about the inside of a black hole sounds very
frightening and in actuality, scientists can’t quite agree on what a black hole
contains. We do know that the surface of the black hole is called which would
be the event horizon. Once an object goes past the event horizon and into what
we call the singularity, consider it gone forever. There are a few theories as
to what might happen to an object inside the singularity of a black hole. For
example, states, “Current theory suggests that, as an
object falls into a black hole and approaches the singularity at
the center, it will become stretched out or “spaghettified” due to the
increasing differential in gravitational attraction on different
parts of it, before presumably losing dimensionality completely and
disappearing irrevocably into the singularity.” If this theory were true
we might never be able to see the inside of a black hole meaning that we might
only be able to rely on what theory suggests.

Because we have very limited knowledge about these
fascinating space anomalies, it is not uncommon for rumors and misconceptions
to arise thanks to things such as sci-fi fueling our imaginations with endless
possibilities. Perhaps the most famous of them all would be that a black hole
is almost a sort of space vacuum that has an irresistible gravitational pull
and could suck the whole universe up as we know it. This of course, is false. According
to, “As you can see, black holes in general are not giant vacuums
that will eventually suck everything caught in their gravitational influence. Most
of the galaxy is in a nice stable orbit and would continue to be if it weren’t
for galactic collisions. Black holes are just a mass like any other, the
difference being that if you get too close to them, you may lose too much
gravitational energy to continue your nice stable orbit.”- Robson. Another
false fact would be that our very own sun could eventually become a black hole. reports, “Only stars with very large masses can become black
holes. Our Sun, for example, is not massive enough to become a black hole.”
Meaning, in order for a star to be able to form a black hole it would need to
be three times the mass of our sun. Deeming the center of our solar system to
be way too small to become a black hole.

Even though we have only discovered a small portion of the
world we exist in, we do have some information about our universe. Black holes
are a subject that we are still trying to fully comprehend in addition to what
we know as of right now. Black holes are formed from massive dying stars or
when a galaxy is formed, but we do not know much of what is underneath their
event horizon. As scary as they seem, black holes will not harm us anytime soon
because they are not giant space vacuum cleaners and our sun cannot become one.
Until we develop more advanced technology to help us reach every end of space
we can only theorize and predict.


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