TITLE:
The Hyperflower: Strange Attractors in Complex Hilbert Space Cosmology
AUTHORS:
Peter D. Swartz
KEYWORDS:
Black Holes, White Holes, Big Bang, Hilbert Space, Chaos Theory, Strange Attractors, Lorenz Systems
JOURNAL NAME:
Journal of High Energy Physics, Gravitation and Cosmology,
Vol.11 No.4,
October
22,
2025
ABSTRACT: This paper presents a novel extension of cosmological dynamics into a complex Hilbert space, where trajectories in spacetime are influenced by dual attractors—one causal, one anticausal—embedded in a complexified manifold. Motivated by recent proposals that interpret black holes as sources of tachyonic emissions flowing backward through time, we construct a mathematical formalism using complex-valued time coordinates, Lagrangian field theory, and chaotic attractor models generalized to infinite dimensional settings. This framework offers a unifying picture of entropy balance, and black hole information conservation, with testable implications for cosmic structure and future observables.