By MEDIA CREATION | Zemeghub | September 24, 2025
For nearly a century, the Big Bang theory has dominated our understanding of cosmic origins — a singular explosion from a point of infinite density that birthed space, time, and matter.
But a new physics model, proposed by researchers at the University of Geneva, suggests that the universe may not have “begun” at all — at least not in the way we thought.
🧠 The Model: A Universe Without a Bang
The new framework, rooted in quantum gravity and conformal symmetry, proposes that:
- The universe may have existed eternally, without a singular beginning
- The Big Bang is not a physical event, but a mathematical boundary
- Time and space could be emergent properties, not fundamental dimensions
This model aligns with other “bounce” and “cyclic” theories, but introduces a novel twist:
The universe may be scale-invariant, meaning its laws remain unchanged across time — even before the Big Bang.
🔍 Implications for Cosmology
If confirmed, this model could:
- Eliminate the need for a singularity
- Reframe cosmic inflation as a phase transition, not an explosion
- Suggest that dark energy and quantum fields shaped the early universe more gently than previously thought
It also opens the door to multiverse interpretations, where our universe is one of many — each with its own scale and structure.
🧘 Philosophical Reverberations
A universe without a beginning challenges:
- The idea of creation
- The notion of causality
- The boundary between physics and metaphysics
If time is emergent, then “before” the Big Bang may be a meaningless question — and the universe may be timelessly real.
This new model doesn’t just revise equations — it rewrites our cosmic story.
It invites us to imagine a universe that didn’t explode into being, but unfolded like a pattern, eternal and scale-free.
Zemeghub will continue tracking these shifts — not just in science, but in the stories we tell about existence itself.