The Inevitability of Synthetic Humans: A Future Closer Than You Think

Thanks to advancements in gene editing and molecular engineering, the concept of synthetic humans is becoming less like science fiction and more like a reality. From the artificial womb to genetically modified embryos, the line between natural and artificial is becoming increasingly blurred. As we venture into this uncharted territory, it's essential to examine the inevitable emergence of synthetic humans and the ethical questions surrounding their creation.

Advancements in Gene Editing and Synthetic Bases

Gene editing technology has already seen considerable developments. Researchers have made significant strides in creating an artificial womb, allowing for the nurturing of embryos outside the traditional human womb. Moreover, the discovery that synthetic bases, such as ACGT (adenine, cytosine, guanine, thymine), can be added to genes opens up new possibilities in genetic engineering. While ethical questions loom large, the potential to eliminate certain diseases through gene editing is a promising avenue.

Custom-made Species for Space Exploration

The quest for space exploration has driven researchers to develop custom-made species that can endure harsh planetary conditions. Even if we do not create fully synthesized humans, we will likely see a rise in genetically modified species designed for interplanetary travel and colonization. These custom-made life forms will be tailor-made to meet the specific needs of different environments.

The Definition of 'Synthetic Human')

The term 'synthetic human' is ambiguous and can be interpreted in multiple ways. In its broadest sense, it refers to any human-like entity that is artificial and man-made. This definition could encompass 'test-tube babies' and genetically modified babies, as they are not entirely naturally produced. Additionally, androids and cyborgs, which are a mix of organic and artificial components, can also be considered synthetic humans.

Genetic Alteration and Androids

As genetic engineering techniques evolve, we will witness a significant increase in genetically altered humans. This could range from pre-conception genetic modifications to post-birth enhancements. At what point does this process turn a human into a synthetic being? Similarly, as our androids become more advanced, reaching the point where they are indistinguishable from humans, the question of whether they qualify as synthetic humans arises.

Human Cyborgs and Their Future

Human cyborgs, who are part organic and part artificial, present another gray area in the definition of synthetic humans. As more and more components of the human body become robotic, the line between natural and artificial blurs. If a human being is 99% robotic with only the brain remaining organic, would that still be considered a synthetic human? The answer might depend on how we define 'synthetic.'

Living Cybernetic Life Forms

As our understanding of molecular engineering and merging living and non-living systems advances, we will see the creation of living cybernetic life forms. These may include artificial general super intelligent brains (AGSIBs) that can be inhabited by human minds, leading to the development of custom cybernetic bodies. The question arises: At what point is a body that houses an AGSIB no longer considered a human but a synthetic being?

Shapeshifting Cybernetic Bodies

Furthermore, as we master the design and integration of shapeshifting cybernetic bodies, the possibilities become even more intriguing and complex. What if a body was completely robotic, with the mind of a human being transferred into it? Is that considered a synthetic human, or is the mind the determining factor? If the body could shapeshift into forms like wolves, Klingons, or dolphins, would the entity still be considered a synthetic human, a synthetic animal, or something entirely different?

As we explore these futuristic concepts, it is crucial to continually examine the ethical implications of our actions. While the potential benefits of synthetic humans are undeniable, the risks and unintended consequences must be carefully considered. The journey towards the creation of synthetic humans is undoubtedly uncertain, but the progress we've made so far suggests that the future may be closer and more transformative than we think.

Conclusion

The development of synthetic humans is not just a matter of scientific progress; it is a reflection of our collective aspirations and fears. As we push the boundaries of what is possible, we must ensure that we approach these advancements with thoughtful and ethical considerations. If the future brings about synthetic humans, it will certainly be a world vastly different from the one we know today, and the questions we ask about identity, nature, and humanity will continue to shape our understanding of ourselves and our place in the universe.