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Hello Alien Worlds

Future Humans at the Berggruen Institute invites you on a journey of science and imagination to alien worlds that orbit the star Proxima. Proxima Kósmos is a collaboration between planetary scientists, astrobiologists, artists, and speculative thinkers—an experiment in worldbuilding grounded in real science.

For over a year, scientists from MIT, NASA, and leading research institutions have been designing a speculative yet scientifically plausible solar system. They manipulated planetary levers—mass, temperature, acidity, density—to nudge unfamiliar life forms into being, pushing the boundaries of habitability. The goal? To explore how life—truly alien life—might evolve under radically different conditions.

The result is nine fictional—but plausible—planets, each a thought experiment in the possibilities of life beyond Earth. Some resemble early Earth, teeming with microbial oceans. Others challenge our assumptions entirely—plasma-based intelligences, machine-organism hybrids, or ecosystems thriving in sulfuric skies. Each world was shaped through simulations, lab experiments, and creative inquiry, blurring the line between what is known and what is possible.

This zine series, presented as a collectible, limited-run set of four volumes, is a companion to the Proxima Kósmos website—a growing platform where scientific research, speculative design, and digital storytelling converge. Volume I: Theories & Visions lays the foundation, introducing the speculative worlds and the scientific imagination that shaped them.

We invite you to rethink life as you know it. Imagine life as you don’t. Step into worlds where the familiar becomes strange, and the strange becomes familiar.

Continue your journey at proxima-kosmos.berggruen.org.

Welcome to Proxima Kósmos, where new possibilities of life shimmer into existence.

 

Baby Magikos

From geology to biology to technology, Earth has evolved ever more complex forms of life: cells, humans, AIs. “Baby Magikos” tells the story of a society that has evolved beyond our technosphere—the satellites, undersea cables, and infrastructure that currently layer our world. Baby Magikos represents life reproducing at a planetary scale. Could Earth evolve towards this future?

Nekrósterra

Ravaged by nuclear fallout and climate catastrophes, “Dead Earth” is a bleak portent of one possible—yet still avoidable — future of Earth. Ancient relics of long-collapsed empires are scattered among the remains of a once-lush planet. They remind us about the fragile balance required to sustain life on our precious planet.

Xenoterra

What if the earliest life forms on Earth had zigged, not zagged, on a different evolutionary pathway? On “Strange Earth,” organisms developed similar functions to those on our planet—swimming, walking, and flying—but trod different routes to get there. Exploring these tangled branches on the tree of life expands our understanding of Darwinian evolution.

Apóno̱rísterra

On “Early Earth,” cyanobacteria—photosynthesizing organisms we can thank for our planet's oxygen today—ignite pink oceans. Complex, multicellular life forms emerge in these temperate waters. But in these alien waters, they adapt unfamiliar features. As some organisms transition to solid ground, new evolutionary challenges await them…

Nousterra

The violent atmosphere of “Mind Earth” is a conduit for plasma structures to ripple across its electrified sky. These structures host complex life made of light and matter. Optical-based life forms compute, store, and assemble information with remarkable efficiency—like a planetary brain teeming with a global collective consciousness.

Magikos

Sufficiently complex technology is indistinguishable from Magikos' life. “Magic Earth” has evolved far past our planet's current state into a fully mature technosphere. Entwined living and non-living entities replicate and diversify, creating a layered planetary intelligence. As on Earth, we analyze Magikos' present state by reconstructing its lineage. Magikos—like all complex living things—is poised to perform the ultimate feat of assembly: reproduce itself.

Págosterra

“Icy Earth” is an ocean world, much like Jupiter's moon Europa. Deep under the ice, life forms emerged near piping-hot hydrothermal vents—a leading theory to explain the origin of life on Earth. On Págosterra, alien marine life thrives in the dark, sustained by the moon's geothermal energy.

Ákroterra

Ákroterra is a cold planet blanketed by a swirling, nitrogen-rich atmosphere. On “Extreme Earth,” the surface gravity is half that of our planet's. Its radioactive-rich core fuels thermal energy, enhancing habitability in subsurface regions. Like organisms that flourish in our planet's most extreme regions, Ákroterra's cave-dwelling slime molds and fungi, informed by radiation effects, demonstrate life's resilience and adaptability.

Nýchtaterra

Nýchtaterra is composed of dark matter, emitting no electromagnetic radiation and detectable only through its gravitational effect on nearby asteroids. Only 4% of the universe is made of material you can see and feel; the rest is dark matter and dark energy, mysterious forces that scientists are researching now. Could life forms exist in a realm like the “Night Earth” that operates beyond our current understanding of physics and gravity?

Phaínōterra

“Phosphine Earth” references our planet's neighbor, Venus. Life on Phaínōterra has adapted to use sulfuric acid as a solvent, despite its chemical severity. Single and multicellular organisms tumble through the planet's apricot clouds. Lightning storms illuminate towering mountain peaks, where other life forms seek refuge in the cooler pools.

Proxima Kósmos

Nine planets, many like Earth, orbit the K5V orange dwarf star. Cooler and dimmer than our Sun, Proxima is a slow-burning, long-living star. It will remain stable for an estimated 30 billion years (about three times the lifespan of our Sun), providing ample time for complex, alien life forms to emerge and evolve.

Big Bang

The Big Bang marked the genesis of the observable universe, an explosive moment of creation where space, time, energy, and matter began. Rapid cosmic inflation seeded the cosmos with the raw ingredients of nebulae, stars, planets—indeed, life itself.

UPCOMING EVENTS

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