> For the complete documentation index, see [llms.txt](https://cultural-physics.gitbook.io/n/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://cultural-physics.gitbook.io/n/cultural-physics-wiki/epigenetic-layer-infrastructure/cultural-gravity-and-field-taxonomy/what-gravity-predicts.md).

# What Gravity Predicts

If cultural gravity can be measured, it predicts several field behaviors:

**Resistance to entrainment.** A field with high G is harder to shift with an external signal. A marketing campaign, a political movement, a religious conversion effort, a colonial occupation—these are all attempts to shift the field's rhythm. High G means they fail more often, succeed more slowly, or succeed only at the surface without penetrating to the somatic layer. The signal bends toward the existing gravity well rather than the field bending toward the signal.

**Recovery after rupture.** A field with high G recovers faster from trauma. If the rhythm is broken—by disaster, violence, displacement, scandal—high G provides a restorative pull. The deep rhythm reasserts itself. This is why some cultures survive genocide and others dissolve within a generation. The ones that survived had gravity.

**Transmission range.** A field with high G projects its signal further with less attenuation because the signal is more coherent at the source. This is why some small cultures—ancient Israel, classical Athens, the Yoruba diaspora—have outsized historical influence while some large empires dissolve without a cultural trace. Size is not gravity.

**Adjacent possible constraint.** A field with high G has a narrower but deeper adjacent possible. It cannot change in arbitrary directions because so much of its possibility space is already committed to specific patterns. But within its committed range, it can innovate with extreme sophistication. High-gravity cultures produce deep art, complex philosophy, and refined ritual within their own terms. They do not produce random novelty. Their innovations are elaborations of the existing gravitational structure.