Emergent Spacetime from Informational Projection Structures

This paper introduces a mathematical formalization of the Multi Source Theory (MST), an informational-emergent framework proposing that observable spacetime arises from deeper pre-geometric informational structures called Sources. The theory defines a projection formalism: P: S → C where S denotes a primordial informational domain and C the observable cosmological configuration space. Observable geometry, non-local quantum correlations and entropy structures are interpreted as effective projections generated by informational dynamics. The paper develops: push-forward cosmological measures; informational projection operators; emergent geometric structures; generalized gravitational equations; entropy-based informational dynamics. Potential implications for: emergent spacetime; quantum non-locality; cosmological anomalies; decoherence; informational cosmology are discussed. The framework is presented as a preliminary but mathematically developable research program requiring further formalization and experimental investigation.