Spacetime as an Anthropic Interface: Gravitational Scaffolding and the Dynamics of Observable Domains

This research explores the possibility of spacetime as an "emergent interface" and seeks to establish a logical bridging framework between quantum gravity and macroscopic observation. By introducing novel observational dimensions such as "Gravitational Scaffolding" and "Potential-Driven Energy Locking," we analyze the structural stability of celestial bodies and its correlation with fluctuations in background field potentials. This model not only provides a coordinate-free approach to physical modeling but also investigates the rendering variations under different observation protocols (Interface Polymorphism). The objective is to offer an alternative conceptual perspective and experimental predictive directions for addressing critical bottlenecks in contemporary cosmology, such as the Hubble tension and dark matter phenomena.