What will it look like after the universe is destroyed?
The one who has origin also has destruction. This universe consists of millions of stars, planets, meteorites, galaxies, black holes, nebulae, asteroids, dark matter and many more. One day everything will be destroyed, no animal will survive. But, the question is if the universe is destroyed then what will be its shape after destruction, what will be the consequences?
To know the answer to this question, you first need to know how the current structure of the universe came about! Only by transforming the process of formation of the universe into a function can we understand what the end result of the universe will be.
According to the experimental data of the scientists, the final shape of the universe i.e. the outcome of the universe depends on the density parameter, 6 (omega). Density parameter Ω is the ratio of the average density of the universe, ρ and crisis density, ′. It is good to know that the formula for determining the crisis density of the universe is ρ ′ = (3H ^ 2) / (8πG) where H is the Hubble constant and G is the universal gravitational constant.
The crisis density is calculated to be about 9.47 × 10 ^ -27 kilograms per cubic meter. But the final outcome of the universe depends on that.
From the results of the research, the scientists have mentioned 3 possible shapes of the universe.
If the value of the density parameter কম is less than 1, the universe will expand indefinitely and take the form of an 'open' universe.
Again, if the value of the density parameter Ω exceeds 1, the universe will gradually shrink and eventually become 'closed'.
However, scientists thought that even if the universe wanted to shrink, the elements in the universe would not be able to condense, and those elements would prevent the universe from shrinking.
The third possible consequence is that if the value of the density parameter Ω is equal to 1, the universe will neither expand indefinitely nor shrink after a certain period of time. Then the universe will take the shape of a 'plane'.
Wow amazing describe