I Really Didn t Mean To Be The Saviour Of The World - Chapter 991 - Chapter 991: Chapter 614: Dissolving Personality
Chapter 991: Chapter 614: Dissolving Personality
With the current development of biomedicine, under normal circumstances, as long as a person does not want to die and their life span is not truly exhausted, it is difficult to die.
However, saving an embryo is not the same as treating a patient; it is a highly complex scientific challenge that involves a vast array of disciplines such as biology, physics, chemistry, electromagnetism, real energy, material science, and more.
At this stage, the embryo is only the size of a bean, with a scaled-down microscopic structure.
Calling it an organ would be an overstatement since it’s smaller than a fingertip, but rekindling it is much more difficult than curing a terminal illness.
Countless facts have proven that the human body is the most complex structure on Earth, compared to a wide range of references, including but not limited to mammals, other living organisms, and even the Earth’s own structure.
Later findings further emphasized that the complexity of the human body surpasses not only Earth and the Solar System but also the Orion Arm and the Milky Way Galaxy.
As to whether there are more complex beings or structures in other galaxies, humans have long been reluctant to make any bold presumptions, as they have never ventured beyond the Milky Way.
When human scholars gaze upon the boundless universe, they often fall into a sudden sense of inferiority and awe, feeling like a frog at the bottom of a well, occupying an insignificant corner in the vast cosmos.
In comparison to the vastness of the universe, humanity always feels so insignificant.
However, with humanity’s understanding of real energy, virtual energy, and the median value of intergenerational universes, theoretical knowledge has evolved over the years, and more indications point towards the same direction: humans are indeed the most complex life form that can exist under the laws of the universe.
Although humans have not yet ventured beyond the Milky Way Galaxy, their scientific theories have given them eyes to see throughout the cosmos.
For instance, over three thousand years ago, the ancient Greek philosopher Aristotle observed the shadow of Earth during a lunar eclipse and deduced that the Earth is a sphere.
Similarly, around the same time, the Chinese philosopher Mozi stated in “Mozi Jing” (“墨经”) that “the shadow does not move; the light must be linear.”
Since then, ancient Chinese people have known about the linearity of light.
Later, during the Eastern Han Dynasty, Zhang Heng proposed the theory of the celestial sphere, which overturned the previous belief in a flat Earth. One can easily imagine the connection between Zhang Heng’s ideas and Mozi’s.
The simplest way to prove that the Earth is spherical is to observe the horizon lowering as one moves. Surely, Zhang Heng or one of his predecessors had conducted such an experiment.
At that time, humans had not yet left the Earth and were unable to touch the sky. However, with their understanding of light, they were able to extend their vision beyond the Earth, looking down upon the universe from the ground and ultimately proposing the idea of a spherical Earth encompassed by the heavens.
This is the meaning of theoretical knowledge: it enables us to see destinations we have not yet reached.
Thus, humans in the mid-28th century dared to declare that the human body represents the ultimate complexity in the universe.
This assertion is not groundless conjecture but rather based on reason and evidence.
To understand the complexity of things, we must consider two concepts:
First, the overall structural complexity of an object, which is currently referred to as total complexity.
Second, the internal complexity of an object, such as the number of different organically combined components per unit volume or mass, which is also known as complexity density. The higher the number of unique components under a unit accuracy, the higher the complexity density.
While the human body has the highest overall complexity in the universe, it still has rivals in terms of complexity density—human embryos in a different stage of life.
A tiny, almost invisible seed can eventually grow into massive creatures such as the Argentinosaurus and the blue whale, showcasing the miracle of life in all its splendor.
Although a human embryo does not grow that large, it eventually develops into a more complex human body, forming a brain with limitless potential that far surpasses any other creature.
The marvel and intricacy of this tiny seed are beyond the scope of language.
No lavish words can describe the miraculous wonder of life that it represents.
In an embryo, seemingly similar cells from a directed mitotic division have intricacies and differences with precision reaching the real energy level.
It is precisely because of these early real energy level differences that an embryo can eventually develop into a human with a nose, eyes, and mouth.
Therefore, the embryonic stage is the most vulnerable period in one’s life. Even slight external influences can cause irreversible consequences, resulting in congenital diseases or even death.
The easier it is for a life to die, the harder it is to save it.
The embryos about to die in the research institute now have a complexity far beyond that of a human body.
It is currently developing into its third or fourth week, at its most vulnerable stage.
…
In the past three years, the essence of the research by James Wright and others was to raise the chance of Harrison Clark blending with the embryo. It was manifested by raising the survival rate of the embryo, with methods covering various aspects, such as developing new types of nutrient solutions, applying stimulations from various rays with different attributes, as well as the means and plans for remediation and recovery when disaster strikes.
The research institute prepared as many as a million contingency plans to deal with various situations the embryos may face.
Unfortunately, all these plans have now become illusions.
No matter the plan, none could prevent the vitality of the embryo from continually declining with violent trembling.
The quantum signal released by the embryo also began an irreversible decline after a brief bout of madness.
…
Harrison Clark’s Foggy Forest disappeared, replaced by a boundless ocean that contained nothing but water.
Harrison Clark’s body also disappeared.
He dissolved completely into the ocean.
He lost all his memories, and his thoughts disappeared.
At this moment, he was finally about to face true death.
Although he had experienced death many times before, even becoming adept at it, this time the situation was slightly different.
In his past deaths, his thoughts were always clear, and he knew that he would be resurrected a thousand years later or a thousand years earlier.
But this time, his extreme behavior led to the loss of his memory before death, and the thought of resurrection would not occur to him.
A person’s personality actually relies on memories to exist.
Whether it is a normal person or a mentally ill person, even a person with congenital brain disabilities, as long as they can live, they will have memories.
Under normal circumstances, when a person dies, their personality bound within their memories will evaporate and disappear as the quantum laws within memories become disordered.
There is no world after death, let alone the good fortune of past and present lives.
However, when Harrison Clark stripped away his memories to be resurrected, his personality (soul) became a rootless duckweed.
When the embryo died, his personality did not vanish with the end of life but dissolved.
The solvent that dissolved him was none other than the fundamental rule of the universe, the Real Energy, that is ubiquitous and determines the way stars burn, the force of gravity, and the laws governing everything.
This solvent also serves as the ultimate principle that gives birth to Real Energy, emerging and perishing continually throughout the universe.
Having lost consciousness, Harrison Clark became a part of the universe.
He had just joined now and only existed within a very small range, like a drop of red ink dropped into distilled water, just having dyed a small area red.
However, the area dyed red by Harrison Clark was expanding at an alarming rate, with a speed equal to the sum of the speed of light and the expansion of the universe.
Perhaps, in a hundred billion years, the non-existent Harrison Clark will be omnipresent throughout the universe.
What happens to humanity later or what happens in the universe will have nothing to do with him.
Source: Webnovel.com, updated on N𝘰vgo.co
