On the Consequences of the Axiom of Permanent Separation of qM into a Distinct Manifold

Abstract

Description Can dark matter be interpreted as a topologically separated state of spacetime rather than as a new form of matter? This paper proposes an alternative ontological interpretation of quasi-matter (qM), introduced in the Sonar Model, as a hypothetical analogue of dark matter. The work does not begin with cosmological observations. Instead, it starts from an internal logical inconsistency discovered within the model itself. If qM is defined as an object permanently separated from our spacetime manifold, it cannot simultaneously remain a universal intermediate state leading to the formation of ordinary matter. Resolving this contradiction leads to the formulation of a new axiom: the permanent topological separation of qM. The paper investigates the logical and physical consequences of this axiom and develops a hypothesis in which cosmic inflation interrupted the evolution of quasi-matter into ordinary matter by rapidly cooling the early Universe below a critical energy threshold. In this picture, qM survives as a permanent relic of the primordial Universe while interacting with our spacetime only through gravity. The model naturally predicts that: qM cannot be directly detected or captured, matter creation and annihilation occur entirely within our spacetime manifold, dark matter may represent a topologically separated state of spacetime rather than an unknown particle. The work is presented as a logical analysis of the internal consistency of the Sonar Model. Whether Nature realizes such a scenario remains an open question requiring independent theoretical and experimental verification. Follow my work and related discussions on Facebook: [Facebook] Keywords: General Relativity, Phenomenological Gravity, Modified Gravity, Dark Matter, Dark Energy