project11:Main
Abstract
The transition from temporary lunar exploration to permanent colonization necessitates a shift in space architecture from basic survival to the preservation of mental well-being. Current lunar design is often constrained by terrestrial hierarchies—such as floors and verticality—that do not account for the Moon’s weak gravity. This research, The Hitchhiker's Guide to the Moon, proposes a "mind and muscle" approach to spatial perception to establish architectural guidelines for long-term habitation.
The core problem is the "missing plumb line". In low gravity, the brain defaults to visual and muscular vectors to determine orientation. Leveraging the Oblique Function and Ecological Visual Perception, this project explores how geometry can trigger muscular responses to reduce sensory load and improve occupant cognition.
The construction strategy, situated at the Shackleton Crater, follows a three-phase progression: Survivable, Sustainable, and Operational. Technical implementation relies on In-Situ Resource Utilization (ISRU) technology, where swarm robots and 3D printing use lunar regolith to build and maintain the habitat. This automated process enables the creation of complex Gyroid-based geometries that connect visual and force anchors without traditional floors.
Ultimately, this proof of concept demonstrates that by embodying cognition into spatial cues, extra-terrestrial architecture can transcend mere volume to design for the human mind.
Documentation
