Quantum Foam Information Theory – Extensions (QFIT-X): Primordial Relics, Golden-Ratio Imprint, Planck-Scale Wormholes, and Cosmic Vorticity

This preprint presents QFIT-X, an extension of Quantum Foam Information Theory (QFIT). It develops four main contributions within the existing QFIT architecture (quantized foam units, Information Organizing Field, and flux-tube topology): • QFIT-X.1 – the entanglement timeline of the PCS and the possible survival of primordial relic particles • QFIT-X.2 – a universal golden-ratio and logarithmic-spiral imprint of the PCS harmonic template• QFIT-X.3 – speculative Planck-scale traversable wormhole throats formed by flux-tube topology • QFIT-X.4 – a postulated primordial net spin of the PCS and the resulting cosmic vorticity, together with a consistency check against the 3D quantum spin liquid The extensions do not modify the core QFIT action, SU(5) breaking pattern, Yukawa counting, proton-decay estimate or unification equation. This preprint is a companion to QFIT v20.5 (https://doi.org/10.5281/zenodo.23829475) and builds on it..