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Center OF Universe

We say the answer is where the center of this circle is if we draw a circle. We all know that a circle is a 2d view. Now we suppose about the 3d commodity. For this, we take our earth as an illustration. If we ask that where is the center of this earth? The center of the earth is 6370 km from the surface of the earth. The center of anything is so important from the standpoint of the figure. Mortal beings all the time want to suppose that they're so special. That’s why; they want to keep themselves to the center of everything.

Now the question is what's the center?

A Center is a source from which a commodity originates. The middle point is the point within a circle or sphere inversely distant from all points of the circumference or face or the point within a regular polygon inversely distant from the vertices. The center is a special place from where anything is started or initiated. However, we will see a surge initiated from the throwing point of the gravestone, If we throw a gravestone on a pond. 

So our question is where is the center of the macrocosm?

History:

Mortal beings have been searching for the answer to a question numerous times. The question is where the center of the macrocosm is? 300 times before the birth of Christ, Aristotle, a Greek Champion gave the earth-centric proposition. It's also known as the geocentric model. He said that the earth is the center of the macrocosm. That time the sun, the moon, and every star could be seen with the naked eye. Their movement could be seen and after some time they were seen again in the same place. As they changed their position concerning the earth, so it was allowed that the earth was the center. For numerous times the proposition was accepted. But in 1543, Nicolaus Copernicus gave a heliocentric model. He said that the globes and everything are moving around the sun. After numerous times In 1610, Galileo Galilei, using his telescope, observed Jupiter and discovered four of its moons, now known as the Galilean moons( Io, Europa, Ganymede, and Callisto), a corner discovery that challenged the prevailing geocentric view of the macrocosm. Galileo published his findings in a book named Siderius Nuncius( The Starry Messenger) in March 1610. Galileo's discovery handed strong substantiation for the heliocentric proposition( the idea that globes circumvent the Sun, not the Earth), which was also a controversial idea. Giordano Bruno, a 16th-century Italian champion and cosmologist, famously proposed a horizonless macrocosm, including those with life, a conception known as cosmic pluralism. He rejected the idea of a finite universe. He believed that the stars we see are distant suns, each with its globes, some of which could potentially harbor life. His views on the macrocosm and God led some to interpret his ideas as pantheistic, suggesting that God and nature are basically one. He was doomed to be burned to death by the Roman Inquisition for his iconoclastic ideas, which he refused to renounce.
But we know now that every star has numerous globes with them. The globes are moving around their star just like our solar system. And there's the possibility that living realities can survive on those globes. Also, there's a further possibility for an infinite Universe. By the way, our sun is not so special commodity. According to current estimates, there are around 200 billion stars in our Milky Way world, which means there are roughly 200 billion" suns" in our world, as our sun is just one star among numerous in the Milky Way. It's estimated that there are around 2 trillion other worlds in the observable macrocosm, but only one Milky Way. The Milky Way is the world that Earth resides in. It's estimated to be around 100,000 light-times across. 

From this discussion at least we realize that the macrocosm is so large. So we've to go so deep to know the center of it. We can answer the three angels.

• Observable Universe

• Big Bang

• Universe Structure

Observable Universe:

When lights come from anything to our eyes, also it's visible to us. Imagine that night emits light but we cannot suitable to see it from the moon. Because the emitted light or photons of this night spread around. As a result, the viscosity of emitted photons decreases. But if a special high-power ray of light is put on the moon, also it can be visible. Because the emitted photons of the ray light don't spread around, but go forward with a specific direct line. Despite adding the distance, the viscosity of the ray-emitted photon cannot be dropped. That’s why; this light can be seen from the moon. But there are numerous further issues in these two exemplifications so I won’t go into that important. Still, despite adding the distance, the viscosity of the lower emitted photon cannot be dropped, that's true. But the macrocosm is expanding gradationally. For this reason, The light emitted from the ray will weaken with distance. And on time it'll not be visible. It changes into infrared shafts from visible light and gradationally changes into broilers and radio swells. Because adding distance is responsible for adding its wavelength.
The boundary between the observable macrocosm and the rest of the macrocosm is called the cosmic light horizon. The observable macrocosm is the part of the macrocosm that can be seen from Earth. It's a globular region that is about 93 billion light times in the periphery. The compass of the observable macrocosm is about 46.5 billion lighttimes. It means we cannot find anything out of the compass range. The observable macrocosm is larger than the time it takes light to travel over the age of the macrocosm because the macrocosm has been expanding.
So, you're the center of the macrocosm. As your position changes, your observable macrocosm will change. It means, your observable macrocosm will revolve around you. Everyone’s observable macrocosm depends on their position.

Big Bang

According to the Big Bang proposition, the Universe expanded from an extremely small, extremely hot, and extremely thick state. Since also it has expanded and become less thick and cooler. The Big Bang is the stylish model used by astronomers to explain the creation of matter, space, and time 13.7 billion times gone.

Ex: If there's any fireworks explosion, also we will find numerous sparks in this explosion. However, we will get to that point, If we go behind the explosion. Because it occurs in a space. But before the Big Bang, there was no space. So we can not suitable to find the center then because of lack of space.

Universe Structure

The macrocosm's structure includes its shape, composition, and the largest structures within it. The macrocosm can be flat, globular, or hyperbolic. The macrocosm is made up of matter, dark matter, and dark energy. The largest given structures in the macrocosm are world fibers and walls.
Our cosmic address is Earth, solar system, Orion arm, Milky Way world, original group, Virgo supercluster, Laniakea Supercluster, and Universe. However, it looks like a net, If we see this big structure together. It's called a cosmic wave. Now there's no place in this structure where great mass is concentrated. The average mass will be the same anyhow of any part of the macrocosm. Since no center of mass can be set up, the macrocosm has no center.

Conclusion: 

Since no center of mass can be set up, the macrocosm has no center. Besides, before the Big Bang, there was no space. Everyone’s observable macrocosm depends on their position. As your position changes, your observable macrocosm will change. your observable macrocosm will revolve around you. That's why, You are in the center of the universe. 

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