Vacuumorph Explained - Species Profile | Man After Man

In Dougal Dixon's speculative evolution work, "Man After Man," a new species called Homo Celestis is introduced. The Homo Celestis, also known as the vacuumorph, is a future human species that emerged in the late 22nd century. Unlike traditional humans, the vacuumorph was specifically designed to live and work in the airless void of space. Let's delve into the fascinating world of the vacuumorph and explore its unique characteristics and purpose.

The Purpose of the Vacuumorph

By the late 2100s, Earth had become a barely livable place, driving humanity to construct a colossal spacecraft to transport a number of humans to a new home in a distant, far-off world. Building this enormous vessel proved to be one of the most challenging feats of engineering ever undertaken by humanity. However, it soon became apparent that traditional humans were not suited for certain jobs required in the maintenance of the spacecraft.

Just as the aquamorphs were bred to live and work under the ocean waves, the vacuumorph's purpose was to live and work in the harsh environment of space. Their essential work involved the maintenance of the spacecraft and ensuring the well-being of the humans on board during their long space journey.

The Appearance of the Vacuumorph

The vacuumorph has a distinctive outer shell designed to endure the rigors of outer space. Its almost spherical shape, combined with a hard outer skin, helps it withstand the body pressure in space. The vacuumorph possesses four limbs, each equipped with long fingers that enable it to grip the outside of a ship's hull. The creature also has two eyes with heavy lids that protect them from solar wind.

One unique feature found around the vacuumorph's eyes is a set of sensitive whiskers. In the absence of sound communication in space, touch becomes crucial. These whiskers serve as sensory organs, allowing the vacuumorph to navigate and communicate with its surroundings.

The Genetic Advancements of the Vacuumorph

Described as the "ultimate triumph of genetic engineering," the vacuumorph is the result of grafting surgery and extensive cell manipulation. To shape the vacuumorph, scientists manipulated the basic human reproductive cells. Grafting additional organs was necessary, including a hard impermeable outer skin grown from tissue culture. The final result is a creature capable of living and working in the free fall of orbits and the airless void of space.

However, the vacuumorph's genetic modifications limit its life span and reproductive capabilities. The vacuumorph is sterile and unable to breed. Without the ability to reproduce, this species has no future of its own and is ultimately dependent on human intervention to continue its existence.

Conclusion

While the vacuumorph may have a limited lifespan, its usefulness cannot be understated. As long as the vacuumorph proves essential for space exploration and the maintenance of spacecraft, scientists will continue breeding and utilizing Homo Celestis in laboratories. The vacuumorph represents a remarkable achievement in genetic engineering, demonstrating humanity's ability to shape life forms to survive and thrive in extreme environments.

Through the vacuumorph's story, we are reminded of our relentless pursuit of knowledge and exploration, pushing the boundaries of what it means to be human. As we continue to venture into the unknowns of space, the vacuumorph may serve as a symbol of our unwavering determination to overcome the challenges that lie ahead.

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