Gravitational Waves and the Primordial Canvas of Reality: Recovering the Earliest Observable Imprints of Spacetime Formation Through Gravitational-Wave Signatures, Interference, and Persistent Structure
Gravitational Waves and the Primordial Canvas of Reality Recovering the Earliest Observable Imprints of Spacetime Formation Through Gravitational-Wave Signatures, Interference, and Persistent Structure John Swygert October 31, 2026 Abstract Gravitational waves offer a distinctive observational channel into cosmic epochs that are inaccessible to electromagnetic imaging. This paper proposes a testable research program centered on the “primordial canvas” hypothesis: that the earliest observable gravitational-wave backgrounds may encode the dynamics by which spacetime acquired its large-scale structure, and, more speculatively, that oscillatory and relational degrees of freedom played a constitutive role in that emergence. The proposal does not equate detected gravitational waves with the creation of spacetime; in general relativity they are propagating perturbations of an existing metric. Instead, it identifies a disciplined pathway from a conceptual analogy—persistent structure arising f...