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Work at CERN’s Large Hadron Collider is offering new insight into one of the most fundamental questions in physics: why matter exists in the universe despite theoretical expectations that it should have been eliminated at its origin.
According to established models, the Big Bang produced matter and antimatter in equal quantities, and because these two forms annihilate each other on contact, perfect symmetry would have resulted in a universe without stars, galaxies, or any form of structure.
Experiments at the collider are now identifying subtle asymmetries, known as CP violation, in the behavior of certain subatomic particles.
Although these differences are extremely small, they may have been sufficient to create an imbalance that allowed matter to persist while antimatter disappeared, providing a potential explanation for the conditions that enabled the formation of the cosmos as we know it.
Researchers emphasize that the full mechanism behind this imbalance is still being investigated, but the findings suggest that the key to understanding why the universe contains something rather than nothing may lie within the minute interactions of particles observed under controlled conditions at CERN.
As studies continue, the work has the potential to clarify one of the deepest open questions in cosmology and particle physics.
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