There's no fundamental reason it couldn't, but there aregood solid fundamental reasons we will probably never know one way or the other, the simplest one being that light from an infinite distance away would take an infinite amount of time to get here.
So far, yes; there is no way to determine any " special" direction in the universe.
The universe expanding in all directions.
Spherecal symmetric objects are those that are that look the same in all directions. They continue to remain the same under rotation.
True
Those two things are completely unrelated.The Universe looks the same in different directions.The Universe does NOT look the same at different distances. If you look at farther galaxies, in other words farther back in time, they look different than galaxies look now. If you look even further in time, at one time there weren't even any galaxies.Those two things are completely unrelated.The Universe looks the same in different directions.The Universe does NOT look the same at different distances. If you look at farther galaxies, in other words farther back in time, they look different than galaxies look now. If you look even further in time, at one time there weren't even any galaxies.Those two things are completely unrelated.The Universe looks the same in different directions.The Universe does NOT look the same at different distances. If you look at farther galaxies, in other words farther back in time, they look different than galaxies look now. If you look even further in time, at one time there weren't even any galaxies.Those two things are completely unrelated.The Universe looks the same in different directions.The Universe does NOT look the same at different distances. If you look at farther galaxies, in other words farther back in time, they look different than galaxies look now. If you look even further in time, at one time there weren't even any galaxies.
The cosmological principle is the working assumption in cosmology that matter and energy is distributed over the cosmos homogeneously and isotropically, when viewed on a large enough scale. Basically it means that wherever you are in the universe, and whatever way you look, you should see pretty much the same thing.
We have no idea where the centre of the universe it and therefore we can not answer this question. The universe is expanding in all directions and we can not tell one direction from another.
It is the same everywhere and in all directions.
Most people look at mathematics, and all they see is a series of numbers. But when serious mathematicians and scientists look at those same equations, they see descriptions for all of the secrets of the universe.
All of the planets in this universe are different. Some of them may have a same number. I'm am very positive that all planets in the universe do not have the same Diameter or Circumference.
Yes; it is expanding right now, as can be seen in the redshift of distant galaxies.
It is the same everywhere and in all directions.
No. It states that matter cooled as all space in all parts of our Universe EXPANDED in all directions. Contrary to a popular misconception -- not helped by misleading or ignorant popular presentations -- Big Bang Cosmology does NOT state that matter exploded out from a central point into empty space. Rather, it states that SPACE ITSELF expanded at all points in our Universe, reducing the density and temperature of the matter within this expanding space.