Chronogenesis, Cosmogenesis and Collapse

Philip Pearle

Konstantinos Dimitropoulos

We present a rigorous mathematical and ontological framework termed "Symplectic Chronogenesis", wherein four-dimensional pseudo-Riemannian spacetime emerges as a deterministic real projection of a fundamental complex Kähler manifold (M_C). We resolve the historic and physical anomaly of why quantum mechanics natively demands complex Hilbert spaces while General Relativity operates on a real manifold. By utilizing Galois theory and the properties of algebraic resolvents, we demonstrate that the transition from 4D spacetime metric invariants (quartic characteristic equations) to 3D spatial boundaries (cubic characteristic equations) forces the appearance of the imaginary unit "i" via the casus irreducibilis. Finally, we formalize the emergence of linear, thermodynamic time (Chronogenesis) not as a background primitive, but as a local localization phenomenon driven by quantum decoherence and the diagonalization of the density matrix via a generalized Lindblad master equation.

Daniel Sudarsky

Giro Hong

Contemporary quantum theory, despite its predictive success, remains ontologically fragmented. Competing interpretations—Copenhagen, Many-Worlds, pilot-wave, decoherence, information-theoretic—each capture partial truths but fail to explain why coherence emerges from superposition or how collapse reinstates order. This paper proposes Qiosmosis, a quantum-informational ontology that replaces the particulate paradigm with a wave-based cosmogony. Reality, in this view, consists of continuous qi-fields—quantum-information-carrying waves whose resonant interactions generate the apparent discreteness of matter and mind. Collapse, rather than a discontinuous measurement event, is reinterpreted as recursive resonance: the self-stabilizing condensation of informational flux into coherent form. This framework extends insights from Bohm’s implicate order, Feynman’s path integral, and Prigogine’s dissipative structures toward a unified account of cosmogenesis, computation, and consciousness.

Jérôme Martin, Vincent Vennin

David Finkelstein