This pearl was not large, only three centimeters in diameter.
Yet through it, Hawkins could see the Dark King behind it.
The worlds within the Arboreal Universe were divided into Small Thousand Worlds, Mid-Thousand Worlds, and Great Thousand Worlds. Assuming worlds were all standard spheres, a Small Thousand World would have a diameter of roughly 99.9 billion light-years. It took a thousand Small Thousand Worlds to equal one Mid-Thousand World, so a Mid-Thousand World had a diameter of roughly 99,999.9 billion light-years.
And a thousand Mid-Thousand Worlds equaled one Great Thousand World. Thus, a Great Thousand World had a diameter of roughly 99,999,999.9 billion light-years.
Of course, real worlds were certainly not so standard. Some Small Thousand Worlds exceeded 99.9 billion light-years, while some Mid-Thousand Worlds fell short of 99,999.9 billion light-years.
There were even many worlds that exceeded the standard. For example, if a World Hole underwent a Big Bang, the new world it produced would far surpass the scale a Great Thousand World ought to possess. Even so, it would still be classified as a Great Thousand World.
Moreover, worlds were not shaped like regular spheres. Most had irregular forms—perhaps elliptical, square, or even bizarre, chaotic polygons.
Different worlds had different circumstances, so they naturally could not be lumped together.
It was worth mentioning that Earth had a diameter of 12,712.156 kilometers, the Solar System had a diameter of four light-years, and the Milky Way Galaxy was ten light-years across.
The Dark King, meanwhile, had a diameter equivalent to nine thousand Great Thousand Worlds!
In any region, the Dark King could be called a colossal behemoth. Even a terrifying giant beast like Yucali was no more than a meek, adorable kitten before the Dark King.
The Dark King existed between illusion and reality. Although Hawkins had encountered the