The Cosmic Supernova Hypothesis - Rethinking the Origin of the Big Bang

What if the Big Bang never happened?
For over a century, the dominant theory of cosmic origin has pointed to a singular explosion from nothing — a beginning of time and space itself. But as telescopes reach farther, data becomes richer, and new questions arise, cracks begin to show in the standard model of the universe.
The Cosmic Supernova Hypothesis offers a bold, intuitive alternative to the Big Bang — one grounded not in metaphysical singularities, but in familiar astrophysical processes. What if our universe was born not from a quantum fluctuation or inflationary event, but from the explosive collapse of a hypermassive object in higher-dimensional space — a cosmic supernova?
Drawing on patterns seen across nature — from atoms to galaxies — this book explores how a universe-spanning explosion could seed matter, structure, and spacetime itself. It reframes dark matter as gravitational debris and dark energy as the trailing shockwave of that primal event, offering new interpretations of redshift, the cosmic microwave background, and large-scale cosmic structure.
Written for independent thinkers, science lovers, and cosmology skeptics, this book challenges orthodoxy without abandoning reason. Inside, you'll discover:- A new origin model based on scalable, testable physics- Reinterpretations of cosmic background radiation, redshift, and early galaxy formation- A unifying view of dark matter and dark energy as blastwave remnants- Philosophical clarity without invoking "creation from nothing"- Mathematical reflections grounded in physical laws — not speculation
This is not science fiction. It's science reimagined.
Whether you're a physicist seeking alternatives, a curious philosopher, or a lifelong learner questioning the Big Bang narrative, The Cosmic Supernova Hypothesis invites you to reconsider everything you thought you knew about where — and how — it all began.