Background
For centuries, gravity has defined the limits of architecture, transportation, biology, and human movement. From the pyramids of Great Pyramid of Giza to the skyscrapers of Dubai, every structure on Earth is fundamentally shaped by the need to resist gravitational force. Yet beyond our planet, astronauts aboard the International Space Station experience microgravity daily—floating, rotating, and living in ways that challenge our traditional understanding of space and motion. These experiments reveal that gravity is not merely a constraint but a design parameter that, if altered or removed, could redefine civilization itself.
As humanity pushes further into space exploration—through programs led by NASA and private companies like SpaceX—the concept of permanent habitation in low- or zero-gravity environments is no longer pure science fiction. Advances in propulsion, orbital habitats, and materials science suggest a future where floating cities, orbital farms, and gravity-free industries become possible. Living in a zero-gravity world would not simply change how we move; it would reshape economics, social systems, health sciences, and even art.
