SEI Theory

Unifying Quantum Mechanics and General Relativity

A Unified Field of Emergence

SEI Theory proposes that reality is not built from isolated particles or separate fields, but from triadic interactions – structured relationships in which two entities and their interaction form a single, irreducible unit. From this foundation, quantum phenomena and spacetime geometry emerge as two limiting faces of one deeper process.

In the quantum regime, the triadic structure explains interference, entanglement, and measurement as patterns of constrained interaction rather than abstract probability waves. In the gravitational regime, the same structure gives rise to curvature, energy–momentum flow, and the large‑scale behavior we describe with general relativity.

By treating quantum mechanics (QM) and general relativity (GR) as complementary approximations of a single interaction field, SEI Theory offers a concrete route to unification: a framework in which information, geometry, and dynamics are three views of the same underlying architecture of emergence.