Theoretical study demonstrates emergent spacetime from informational density fields, suggesting observable signatures in cosmic microwave background patterns.
We propose a model in which spacetime, gravity, and energy emerge as properties of an informational density field I(xμ)I(xμ). A fundamental equation of time as the ratio of structural complexity to entropy is introduced: dt=dC/dSdt=dC/dS. The spacetime metric depends on II through a generalized interval. In the low-gradient limit, Einstein's equations are recovered as a low-energy limit of the informational action. Predictions include a dipole asymmetry in the Hubble law and spiral modulation of the cosmic microwave background. Test criteria for future cosmological surveys are outlined.
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Антон Соколов (2026) studied this question.
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