Cosmic Dissociation of Water: Evidence of a Primordial Containing Medium"

This research explores the cosmic dissociation of primordial water (H₂O) inside a super-heated containing medium that predates our observable universe. Instead of originating from a cold vacuum or a singular zero-point, the study proposes that the universe was born within a dense, energy-rich “Great Containing Medium” — a primordial water-rich environment that shaped the first matter. At extreme temperatures above 3,000 K, water molecules naturally dissociate into free hydrogen and oxygen, explaining the ≈ 75 % cosmic abundance of hydrogen and the sequestration of oxygen in silicate rocks, cosmic dust, and stellar interiors. The paper integrates: Thermodynamic and kinetic models for high-temperature H₂O dissociation. Plasma-state ionization (Saha equations) above 8,000 K. Observational evidence linking hydrogen dominance and oxygen traces to a primordial hot-water origin. The results suggest a paradigm shift in cosmology: matter formation and elemental distribution were heat-driven inside a water-rich primordial medium, offering a testable alternative to standard zero-point singularity models. New paper out! “The Cosmic Dark Ocean Model” A fresh look at black holes as conduits to an outer medium shaping the cosmos. 👉 Read & share: https://zenodo.org/record/15378041 What if our universe is just a small bubble within a far greater system? My CDO model (Cosmic Dark Ocean) proposes that the universe expands inside a denser medium. This explains cosmic asymmetries and gravitational neutrality. 👉 Read more: https://zenodo.org/record/15093557 Where did the oxygen go? 🤔 My research explores the origin of water and the cosmic separation of hydrogen and oxygen after the Big Bang. 👉 Read the full study here: https://zenodo.org/records/156245… My third paper explores the Primordial Water Form Hypothesis, expanding on my work about the cosmic origin of water and its role in the structure of the universe. 🌊✨ 👉 Read here: https://doi.org/10.5281/zenodo… JWST sees galaxies >13B yrs old 🌌 — fully formed far earlier than standard models allow. Such maturity so soon after the Big Bang hints the universe emerged from a greater pre-existing system — not from nothing. 🌊 Perhaps from a primordial cosmic ocean, where pure water seeded all matter. 📄 My research: 1️⃣ https://zenodo.org/record/15668881 2️⃣ https://zenodo.org/record/152443