Introduction
In an era of technocratic optimism, Athanassios Fokas offers a diagnosis that serves as a manifesto for the defense of humanity. The author warns that reducing a human being to a collection of data is an ontological error that leads to civilizational blindness. This article analyzes why our intelligence is inextricably linked to embodiment, the unconscious, and biological structure, and why, in a world of algorithms, we must redefine what it means to be human.
The human as an embodied being in a world of algorithms
We must define the human as an embodied being, because our mental processes are not software, but a function of the entire organism. Ignoring biological complexity—from the role of glial cells to circadian rhythms—leads to a flawed understanding of intelligence. Scientific reductionism fails to describe the nature of the subject, as a human is not merely a conscious calculator, but a fractured being whose agency arises from unconscious biological processes. Ignoring these foundations when confronting AI leads to a misunderstanding of human intelligence, which, unlike silicon models, possesses the historical memory of life and existential finitude.
Beyond the procedure: why humans are more than the sum of their data
Treating humans as pure utility maximizers is dangerous for medicine and culture, as it ignores placebo and nocebo effects. A doctor's words carry real biological weight, and suggestion modulates a patient's neurochemistry. Recognizing humans as beings susceptible to regimes of meaning is essential for law and ethics, as public information triggers somatic effects. Developing AI without considering human axiology leads to a civilizational infantilism where procedural efficiency replaces wisdom. We must protect human subjectivity, sleep, and the meaning of language, because without them, medicine becomes merely the management of parameters rather than the care of a human being.
Physics as a foundation: from abstraction to practical breakthrough
Fundamental physics teaches us epistemic humility—the greatest breakthroughs, such as the Higgs boson, result from discovering the incompleteness of a system. This incompleteness translates into progress, as pure theory, as in the case of the World Wide Web or nuclear medicine, becomes the foundation for life-saving technologies. Precision medicine, by replacing the "carpet bombing" of pathology with targeted gene editing (CRISPR), requires modern institutions to ensure it does not become an oligarchy of therapy. Progress in biomedicine and AI is not synonymous with a full understanding of existence; the development of embodied AI merely exposes the limitations of reductionism, confirming that computational efficiency alone does not make a machine equivalent to human intelligence.
Summary
Saving humanity in the age of algorithms requires acknowledging that our dignity extends beyond measurable parameters. Although AI achieves staggering functionality, it possesses neither biological affectivity nor the capacity to create meaning in the face of nothingness. A barbarian with a supercomputer does not become less of a barbarian; they merely become more effective in their destructive ignorance. The question we face is not whether machines will begin to think, but whether we ourselves will stop being human. In a world of perpetual optimization, will we dare to remain fractured, unpredictable, and irrevocably different?
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