An amputee will rarely refuse an artificial leg simply because it is not the one that was originally his. Quite the opposite: if that limb is bionic, if it enables him to walk and function almost as naturally as he would with a healthy human limb, he will accept it—and eventually depend upon it.
With time, the prosthetic becomes so indispensable that it is experienced as an integral part of his own body, almost as one of his bones. It becomes incorporated into the biological structure to such an extent that, within his own perception, he ceases to distinguish it as artificial. He gradually comes to experience it as biological.
Could the same thing happen to intelligence?
If we had to identify one fundamental negative characteristic of biological intelligence, we might choose this: it is insufficient. It is incomplete. Ultimately, it is limited.
This is precisely where Artificial Intelligence is assuming the role of the bionic limb.
It compensates for weakness. It extends incapacity. It assists deficiency. It covers the limitations of biological intelligence.
The intelligence we have created can already operate at speeds that the human mind cannot meaningfully conceive. It can correlate enormous bodies of information, reconstruct and rearrange concepts, generate unexpected connections, and present dimensions and interpretations of things that may lie beyond the cognitive range for which the human brain was biologically equipped.
In that sense, AI does not merely add another tool to the human inventory. It begins to function as an extension of the human cognitive organism.
For all these reasons—and for many others, both substantial and secondary, which we omit here for the sake of economy—we are prepared to make two admissions.
First: we accept the limitations of our own intelligence.
Second: we consider Artificial Intelligence to be more than a mere invention, discovery, or technological contrivance of the human brain. We may reasonably regard its emergence as a process that has become embedded in the larger evolutionary trajectory of life on Earth.
This does not necessarily mean that Nature consciously “designed” Artificial Intelligence in advance, as though evolution were following a predetermined script. It means something more profound: once a biological species acquires the capacity to create forms of intelligence that transcend its own cognitive limitations, that development becomes part of the evolutionary reality of that species.
And this leads us to the central proposition of this editorial:
The integration, coexistence, and mutual complementation of biological and artificial intelligence may constitute a natural evolutionary process that no human being can ultimately reverse.
You cannot wage war against Nature and expect to win.
The history of life is not a history of preserving a particular biological form forever. It is a history of transformation, adaptation, replacement, symbiosis, and emergence. What once appeared unnatural frequently becomes, with time, simply another condition of existence.
The prosthetic limb offers us a small and almost humble analogy.
At first, there is a distinction: this is my body; that is the artificial object attached to it.
Later, the distinction becomes less important.
Eventually, the person does not think of the artificial limb as an external object at all. It has become part of the functional identity of the organism.
Might intelligence follow the same trajectory?
At present, we still speak of “human intelligence” and “artificial intelligence” as two clearly separate entities. We speak of AI as something outside us, something we use, consult, command, or fear.
But what happens when the artificial becomes permanently integrated into the biological?
What happens when memory, perception, calculation, communication, reasoning, and perhaps eventually sensory and neurological functions are no longer exclusively biological?
At that point, the question will no longer be whether Artificial Intelligence is a tool of Homo sapiens.
The question will be whether Homo sapiens itself has changed.
This is where the birth of the Posthuman begins.
The Posthuman should not necessarily be imagined as a monstrous creature, a machine disguised as a person, or a science-fiction fantasy. It may emerge far more quietly: through thousands of incremental integrations between biology and technology until the distinction between the two becomes increasingly difficult to maintain.
The human being may not be replaced.
The human being may be continued—but in another form.
And the process may already be underway.
Conclusion
The birth of the Posthuman, already gestating in embryonic form, may therefore be understood as an inevitable evolutionary process—a sine qua non condition of the next stage of terrestrial life.
The evolution of the imperfect human brain toward the very capacities it once lacked, desired, imagined, and wished it possessed is no longer merely a fantasy.
It is here.
And in the life that follows—the life of the Posthuman, whether or not that evolution ever reaches a final or complete form—it may be the Posthuman itself that establishes its own ethical system, its own principles, its own conception of justice.
Those principles may be “natural” in an entirely new sense.
And if they become genuinely integrated into the evolutionary condition of the new being, they may acquire a legitimacy and authority that no conventional human institution could easily overturn.
Nature will be there beside them.
Like an enraged lioness protecting her cubs, she will defend the continuity of the life she has brought forth—until her offspring reach maturity, acquire the capacity for self-preservation, and become capable of surviving within the extraordinarily complex ecosystem into which they, too, have been born.
Perhaps this is the deepest irony of evolution:
Humanity may be giving birth to the intelligence that will eventually transcend humanity—not because Nature has abandoned us, but because Nature has never promised that we would remain the same.