New Calculations Shake Foundations of the Big Bang Theory

New findings from the University of Bonn challenge the assumptions of the standard cosmological model.

The faint “afterglow” that fills the universe has long been one of the most important clues supporting the Big Bang theory. Known as cosmic microwave background radiation, this ancient light not only serves as a snapshot of the early universe, but also helps scientists understand how the very first galaxies came to be.

Now, a team of researchers from the Universities of Bonn, Prague, and Nanjing is challenging what we thought we knew. Their new calculations suggest that the strength of this background radiation may have been significantly overestimated. If their findings are confirmed, it could force scientists to rethink some of the most fundamental ideas in modern cosmology.

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Big Bang Theory Debunked? A Physicist Presents An Alternative

A groundbreaking cosmological theory is taking the scientific community by storm, suggesting that the universe did not originate from a single Big Bang. Instead, this bold idea proposes that the cosmos has evolved through multiple, rapid bursts of energy known as temporal singularities.

Temporal Singularities: The Universe’s Hidden Forces
In a new paper published in Classical and Quantum Gravity, Dr. Richard Lieu, a physics professor at The University of Alabama in Huntsville, introduces a fresh perspective on the universe’s expansion.

According to Lieu, the cosmos is not the product of a one-time Big Bang. Rather, it has grown through a series of ultra-fast, step-like bursts that release energy and matter across the entire universe.

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