The Multi Source Theory (Mst): Informational Projection Structures and Emergent Spacetime

The Multi Source Theory (MST) is a speculative informational-emergent cosmological framework proposing that observable spacetime is not fundamental, but instead emerges from deeper informational structures called Sources. Within MST, space, time, geometry, and physical observables are interpreted as effective projections generated by non-local pre-geometric informational domains. The theory introduces a projection formalism in which observable cosmological configurations arise from informational source structures through generalized mapping operators. The framework attempts to provide a conceptual bridge between: emergent spacetime models; quantum non-locality; information theory; cosmology; entropy and decoherence; complex cognitive systems. MST explores the possibility that: geometry may be emergent rather than fundamental; non-local quantum correlations may reflect deeper informational connectivity; cosmological anomalies may preserve informational imprints of primordial structures; consciousness may involve advanced informational integration processes. The theory is presented as a preliminary and speculative research framework intended for future mathematical formalization and experimental investigation. It does not claim to represent a finalized theory of physics, but rather an open interdisciplinary program integrating concepts from: theoretical physics; cosmology; information theory; complex systems; quantum foundations; epistemology. Current work focuses on: informational projection operators; emergent geometry models; push-forward cosmological structures; entropy-based dynamics; non-local informational correlations; potential observational signatures in cosmology and quantum systems. Potential areas of future development include: quantum gravity; tensor network cosmology; informational geometry; AI-assisted theoretical modeling; decoherence studies; emergent gravitational dynamics. KeywordsMulti Source Theory, MST, emergent spacetime, informational physics, cosmology, non-locality, entropy, quantum foundations, information theory, emergent geometry, theoretical physics, consciousness, complex systems, informational cosmology AuthorDr. Enrico TinazziIndependent Researcher