I’ve had a strange obsession recently.
It started with replaying the video game Spore, a game I was obsessed with as a child but recently returned to. During the space stage, there’s a mechanic involving terraforming and colonizing other planets.
And it got me thinking:
Could humanity one day actually possess technology like this?
I became less casually intrigued by the idea and more completely consumed by it. I don’t have any formal science background, and I was never particularly good at school, but when something captures my interest, I research it obsessively.
One of the biggest influences on this idea ended up being the University of Arizona’s Biosphere 2 project. I fell down a deep rabbit hole researching closed ecological systems, artificial environments, gravity, ecosystem balance, and long-term sustainability in space.
Somewhere along the way, combined with a weird fascination I’ve always had with gyroscopes and rotational mechanics, I started conceptualizing something I now call:
“Gyrosphere 2.”
The idea is essentially a rotating, self-sustaining artificial biosphere designed not just as a space habitat, but as a living ecological system.
Instead of treating nature as something secondary to human survival, the entire structure is built around preserving and stabilizing ecosystems themselves.
The rotating rings would theoretically help generate artificial gravity, regulate environmental systems, stabilize atmospheric circulation, and potentially even act as massive kinetic energy storage systems. The central biosphere would contain multiple interacting biomes functioning as a miniature artificial world.
It’s still a rough concept and mostly just notebook sketches and systems ideas right now, but honestly, exploring it has made me think a lot about what space colonization should actually mean.
Not escaping Earth.
But learning how to carefully carry Earth with us.
Depression has a way of igniting one’s passions at times.











