Chapter 384 - 383: Dense Civilization
The vast Universe, endless starry skies.
In a desolate expanse of space, countless aimlessly drifting particles suddenly began accelerating toward something ahead.
These cosmic particles are extremely light and normally move randomly through space, yet suddenly they seem captured by a gravitational force, streaming towards a lower elevation.
Viewed from a cosmic space’s horizontal plane, the direction of these particles is indeed lower, and according to the laws of space, the existence of a depression suggests that a mass has caused a space distortion. Moreover, from the extent of the space distortion, this mass must be quite substantial.
Sure enough, after a long journey, these particles finally arrived at the center of the distorted space, the deepest point of the nearby area. There lies a not so large star system, with a diameter of only about ten light-years, yet shockingly, within such a small system there existed a black hole, a neutron star, a white dwarf star, and over fifty high-density planets. All these planets showed signs of civilization. Moreover, the three aforementioned dense celestial bodies also host Celestial Consciousness and are part of a Celestial Civilization.
This civilization calls itself a Dense Civilization, for their density is indeed significant.
Just how dense is the Dense Civilization, then?
The beings within the Dense Civilization resemble the dwarves from fantasy novels, with a not so tall stature but a significant mass. An average adult from this civilization weighs about ten tons, far more than an average human’s weight, hinting at the incredible density of these beings – at least a hundred times greater than humans!
And it’s not just the biological life of the Dense Civilization that’s dense, but their celestial civilization as well, to an even more extreme degree. Take the Mother Star where the Dense Civilization evolved; it’s nearly the size of Earth in diameter, but its mass is close to that of nine thousand planets, which is nine hundred times the mass of Earth, with an average density around nine hundred times greater as well – truly abnormal!
Not to mention the black holes, neutron stars, and white dwarf stars whose densities are naturally extraordinarily high.