Quantum interactions may have locked early universe's fields into existing energy states
New research proposes that the early universe's fields may have become stuck in specific energy states due to quantum interactions. This stability could explain why the universe has remained relatively unchanged since its formation. The study suggests that these interactions are responsible for maintaining the current state of the universe.
Why it's good news: It sheds light on one of the biggest mysteries of the universe, providing a new understanding of how the cosmos came to be and what sustains it.
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