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The Seed Universe Hypothesis: Black-Hole/White-Hole Cosmogenesis and Temporal Convergence.

Year: 2026
Type: preprint
Abstract: The Seed Universe Hypothesis: Black-Hole/White-Hole Cosmogenesis and Temporal Convergence Author: Andy JardineIndependent Researcher — United KingdomPublication Year: 2026Version: 1.0 Description This paper introduces the Seed Universe Hypothesis, a speculative cosmological framework proposing that our universe may be one generation within an extensive lineage of universes formed through black-hole and white-hole transitions. The hypothesis suggests that universes originate from highly condensed seed states and undergo rapid expansion. Black holes are proposed to serve a stabilising function within expanding spacetime while potentially acting as gateways to white-hole emergence events that generate new universes. A further component, the Jardine Temporal Convergence Model, proposes that past, present and future may represent interconnected temporal states rather than a strictly linear progression. Their theoretical convergence points are explored as possible gateways between different temporal states, dimensions and universes. The paper additionally considers whether the emergence of our universe could be associated with a primordial white-hole transition, suggesting that potential observational evidence should be sought in early-universe phenomena, including cosmic microwave background patterns and primordial gravitational-wave signatures. The manuscript examines these concepts in relation to existing theoretical cosmology, identifies outstanding mathematical and physical challenges, and proposes directions for future investigation. Research status: This manuscript presents an original speculative synthesis of cosmological ideas. It has not undergone peer review, and its proposed mechanisms remain theoretical and unverified.
DOI: 10.5281/zenodo.24039847
Language: English
Open Access status: green
OpenAlex ID: W7225452010
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