Gravity Transition Studies.
Gravity Transition Studies (GTS) is a specialized research field within Plato Design. It extends our core body-space-environment logic into conditions where gravitational reference is unstable or absent.
This is not a disconnected speculation, but an extension of terrestrial sensorimotor research. Architecture in GTS operates as a re-synchronization system for stable bodily orientation and action coherence during transitions between gravitational states.
Architecture of Re-Synchronization Under Gravity Transition
重力遷移下の再同期建築学
Focus: A spatial theory of environmental support during shifts in gravitational reference.
This study examines how architecture must function as a re-synchronization system across launch, microgravity, partial gravity, and re-entry. It focuses on how habitat structure can help the body rebuild operative reference when the ordinary gravitational vertical is absent or altered. This represents a legitimate extension of our terrestrial body-space synchronization logic.
Symmetry Construction and Whole-Body Tensegrity Coupling in Altered Gravity
変動重力環境における対称性構築
Focus: A framework for maintaining bodily integrity when ordinary gravitational anchoring is lost.
Investigating how altered gravity affects axial stability and proprioceptive coherence. This research approaches the body as a tensegrity system whose integrity requires environmental assistance to maintain whole-body coupling under non-terrestrial conditions.
Sensorimotor Habitat Recomposition for Microgravity and Re-entry
感覚運動ハビタット再構成論
Focus: A design framework for sensorimotor adaptation across gravitational phases.
Developing habitat logic for movement, perception, and orientation across gravitational phases. This study treats habitat composition as a unified synchronization tool, reducing transition-induced disorientation through configured environmental cues and support surfaces.