The emergent metric field
The gravity shot. A regular lattice of the H3 bulk whose cells shrink and crowd toward the matter sources, driven by the local conformal factor.
The relation on screen
Local scale contracts where record density is high, which is the structural content of matter curving geometry.
Symbols
- conformal factor of the emergent metric
- source density from defect records
what to look for · The lattice pinches toward mass. The relation is structural, and no Newton constant is fitted.
Consensus to physics
- 01consensus H3 objects and proto-worldline events act as source density
- 02an H3 Green potential is computed from that density
- 03the potential defines a curvature proxy and a local conformal factor
- 04the conformal factor varying across the chart is what a curved metric looks like
In standard physics
Gravity as rulers shrinking near mass
A metric field sourced by matter: stress-energy proxies on one side, a conformal factor on the other. Rulers get shorter near mass. That contraction is what curvature is, and there is no rubber sheet and no extra dimension.
boundary · A proxy metric field on the observer chart. Identifying it with a physical spacetime metric is an interpretation this run does not close.