There have been huge explosions in the world. Our world witnessed huge explosions, while atomic bombs made by humans and the giant meteor that destroyed the dinosaurs. But now forget all these explosions and forget the first moment of our known universe, viz Imagine the big bang.

Which scene comes to mind? An explosion billions of times bigger than human eyes can see? Such an explosion would Think of light, heat and destructive power. Such a big explosion should leave some debris, right? So is it really? Where exactly did the Big Bang take place? Then open the song I chose for you and embark on a journey through our universe that you may never have thought of.

The Big Bang was actually not as we expected.

When we say Big Bang, what everyone dreams of may not be fully realized. The reason people think this way is because this event is called the “Big Bang”. There is no crater left by the universe because, as we predicted, a There was no explosion. It may have been disappointing to learn about it this way, but what really happened It was an expansion, not an explosion.

How did the term big bang come about?

We said that the term big bang, that is, the big bang, does not exactly correspond to it. In fact, the term is used by a British physicist who took part in a radio program called “The Nature of Things” broadcast on the BBC in 1949. Fred HoyleIt’s from his speech.

The Big Bang is actually a cosmological model that explains the expansion from a point called the “singularity point”.

According to the theory accepted by scientists, the universe at some point originated from a hot and dense point. expands from the singularity point.

We know where the big bang happened, even though the explosion didn’t happen. In addition, we are very close.

Perhaps there was no explosion too big to fit into our dreams, but you might still wonder where this singularity point is? We have an answer for that: Big Bang, now It took place in the area where you are reading these lines. Or, as I write these lines, the Big Bang occurred in the region where our sun was while the planets were held quietly in their orbits.

Imagine a balloon covered in dots.

Our universe may appear to be expanding like an explosion ejecting matter, but it actually is It would be much more accurate to represent the universe as a balloon. Imagine our universe as a bubble with the Earth, the Sun, you, the Andromeda Galaxy and everything else in the universe as points. While the balloon is not yet inflated, all those dots are next to each other. When inflated, they constantly move away from each other.

We see the universe as a field that is constantly expanding into something else, but actually the universe as a whole is expanding. For this reason, not only were the elements we know of where the Big Bang was located, but that gigantic space between the two galaxies, millions of light years in size, was also present in the Big Bang. was in the singularity.

We were there with everything that made us.

To sum it all up What we call the Big Bang was closer than we thought. The atoms that form the eyes that allow you to see, the chair that you sit in, the Earth that is our home, the sun that warms our Earth, everything that we see or cannot see in our observable universe witnessed that moment.

Knowing that the stars and galaxies it takes us to travel at the speed of light for millions of years to reach today are right next to us at some point can make you feel strange. What are your thoughts on this? Let’s meet in the comments.

Sources: Forbes, PHYS, Ask an Astronomer, Futurism