The Song of Life,
Sung in a Different Key
I always wanted to become a scientist.
I always wanted to be a scientist.
As a child, my dream was to explore, discover, and spend my life learning about the natural world. But academia is a world of endless setbacks, where progress is rare and only the most resilient thrive. Despite my passion, I didn’t have the stamina—or perhaps the privilege—to survive that system.
Years later, in the back room of a retail job, eating a soggy sandwich during my break, I stumbled across a web series on speculative biology—a sci-fi subgenre where creators invent alien worlds and build entire ecosystems from scratch. Ninety seconds in, something clicked. I felt mental gears shift—unused for nearly a decade—start turning again.
That moment reignited a lifelong love of both science and creativity. It took time, and the end of a difficult relationship, but I eventually began building my own world.
What Makes Demeter Different?
Unlike many speculative biology projects, Planet Demeter dives deep into the chemistry that makes life possible—and what happens when those elements change.
On Earth, calcium and magnesium are abundant, shaping both biology and geology. On Demeter, these elements are nearly absent. This small but fundamental change reshapes everything: the structure of life, the evolution of ecosystems, even the types of landscapes that can form.
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Without calcium, cadherin proteins (essential for multicellularity in animals) cannot form—forcing evolution to take new paths.
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Without magnesium, early life must find other sources of reactive hydrogen and develop alternative pigments for photosynthesis.
This exploration isn't just creative—it also helps expose unconscious biases in real-world science. For example, our search for alien life often focuses on oxygen and methane, assuming Earth-like biochemistry. But speculative worlds like Demeter remind us to consider broader possibilities—both chemically and ecologically.
Why Speculative Biology Matters
How can imaginary glass-shelled bacteria or phthalo-blue acid forests help science?
Because they expand our frameworks.
Speculative biology can challenge scientific assumptions, broaden public engagement, and inspire alternative hypotheses. It prompts us to ask: What if life doesn’t follow Earth’s rules? And in doing so, it makes us better prepared to recognize life when we finally find it elsewhere.
(Side note: Can we please stop naming everything “dark” or “exotic”? “Dark Oxygen,” “Dark Matter,” “Dark Energy”—none of these are related, and they’re all terribly uninspired names. Someone give the lab a thesaurus.)
Tools & Techniques:
This project blends scientific insight with a range of creative tools:
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Adobe Illustrator: Primary tool for creature design, incorporating 3D materials and texture effects to differentiate species and environments.
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Photoshop & Lightroom: Used for photo composites and matte paintings to create alien landscapes using real-world photography.
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After Effects: For animating tectonic movement, creature behavior, and environmental cycles.