Q&A

Q&A: Understanding Cosmic Seed Theory

 

Q: What is Cosmic Seed Theory (CST)?
A: Cosmic Seed Theory proposes that the universe did not begin with a single Big Bang. Instead, galactic Big Bangs occur throughout the cosmos when supermassive black holes—called Cosmic Seeds—reach a critical threshold and erupt in localized expansion events. These events give birth to galaxies, not universes, and the process repeats endlessly across space and time.

 

Q: Does CST replace the Big Bang theory?
A: Yes. CST fully replaces the traditional Big Bang model. What we once believed was the origin of the entire universe was only a local event—the expansion that formed our galaxy. Instead of a singular beginning, CST describes a cosmos filled with countless galactic eruptions, each one part of an ongoing cycle of creation.

 

Q: Is dark matter still needed?
A: No. CST explains galaxy rotation, structure formation, and cluster dynamics without invoking dark matter. The gravitational effects attributed to dark matter arise naturally from each galaxy’s own expansion geometry and history.

 

Q: What about the Cosmic Microwave Background (CMB)?
A: CST interprets the CMB as local, not universal. It’s the residual glow from our galaxy’s own expansion, not a relic from the birth of the universe. This explains its strange alignment with the Solar System and the persistent anomalies—like the “Axis of Evil”—that the standard model can’t account for.

 

Q: Why hasn’t CST been widely accepted?
A: Paradigm shifts take time. The Big Bang model has dominated cosmology for nearly a century. CST challenges its core assumptions, offering simpler and more coherent explanations. As observational evidence mounts—especially from the James Webb Space Telescope—the case for CST grows stronger.

 

Q: Does CST mean the universe is infinite?
A: Yes. CST describes the cosmos as eternal and boundless. There is no beginning, no end—just cycles of matter, energy, and space evolving through repeated expansion events. Galaxies are born, transformed, and reborn in a process that never stops.

 

Q: What triggers a galactic Big Bang?
A: When a supermassive black hole reaches a critical mass, internal pressures may destabilize the Higgs field, causing gravity to briefly become repulsive. This moment of reversal triggers a galactic-scale expansion—releasing matter, energy, and space into a new galactic structure.

 

Q: Is CST testable?
A: Absolutely. CST makes clear, falsifiable predictions—about the structure of high-redshift galaxies, the shape of large-scale voids, and the nature of the CMB. As data from telescopes and cosmological experiments continues to arrive, CST will rise or fall like any scientific theory. So far, the evidence aligns.

 

Q: What does CST mean for us personally?
A: CST reframes our place in the universe. We are not the result of a one-time explosion, but part of an ongoing cosmic process. Existence is not accidental or fleeting—it’s embedded in the natural rhythm of an evolving, eternal cosmos. We are born from motion, structure, and renewal—and we’re not alone in that journey.