Space, a trillion years ago, was a much different place than it is today. At the cosmic origin, a trillion years ago, all that existed was an endless Light Ocean. This Light Ocean was a vast expanse of energy, frozen in time and space, that was inexhaustible. It was from this frozen supply of light that black holes were able to continually build spheres and solar systems in galaxies.

In the beginning, the universe was made up of nothing but hydrogen and helium. These two elements were the building blocks of the universe and were the only elements that existed. As time passed, these two elements combined to form other elements such as carbon, nitrogen, and oxygen. These elements then combined to form molecules, which eventually formed stars and galaxies.

The universe was much smaller than it is today, and the stars and galaxies were much closer together. This meant that the stars and galaxies were much brighter than they are today. The stars and galaxies were also much hotter than they are today, as they were closer together and the energy from the stars was much more intense.

The universe was also much denser than it is today. This meant that the stars and galaxies were much more tightly packed together, and the gravitational forces between them were much stronger. This also meant that the universe was much more unstable, as the gravitational forces between the stars and galaxies could cause them to collide and form new stars and galaxies.

At this time, the universe was also much more chaotic than it is today. This was due to the fact that the stars and galaxies were much closer together, and the gravitational forces between them were much stronger. This meant that the stars and galaxies were constantly colliding and forming new stars and galaxies. This chaotic state of the universe also meant that the stars and galaxies were constantly changing, as new stars and galaxies were constantly being formed.

As time passed, the universe continued to expand and the stars and galaxies continued to move further apart. This meant that the stars and galaxies were much cooler than they were a trillion years ago, and the gravitational forces between them were much weaker. This also meant that the universe was much more stable, as the gravitational forces between the stars and galaxies were much weaker.

The universe also continued to evolve, as new elements were formed and new stars and galaxies were formed. This evolution of the universe meant that the stars and galaxies were much more spread out than they were a trillion years ago, and the gravitational forces between them were much weaker. This also meant that the universe was much more stable, as the gravitational forces between the stars and galaxies were much weaker.

As time passed, the universe continued to expand and the stars and galaxies continued to move further apart. This meant that the stars and galaxies were much cooler than they were a trillion years ago, and the gravitational forces between them were much weaker. This also meant that the universe was much more stable, as the gravitational forces between the stars and galaxies were much weaker.

The universe today is much different than it was a trillion years ago. The stars and galaxies are much cooler and the gravitational forces between them are much weaker. This means that the universe is much more stable and much less chaotic than it was a trillion years ago. The universe has also evolved, as new elements have been formed and new stars and galaxies have been formed.

Overall, the universe a trillion years ago was much different than it is today. It was much smaller, much denser, much hotter, and much more chaotic. The stars and galaxies were much closer together and the gravitational forces between them were much stronger. As time passed, the universe expanded and the stars and galaxies moved further apart, resulting in a much cooler, much more stable, and much less chaotic universe.

By Influencer Magazine UK