The Quantum Vacuum is not empty space but the lowest-energy state of a quantum field. It is filled with fluctuating fields and virtual particles that continuously appear and disappear. These vacuum fluctuations have measurable physical consequences, such as the Casimir effect and spontaneous emission. The quantum vacuum plays a fundamental role in quantum field theory and cosmology. It influences particle interactions, energy levels, and the structure of spacetime. In modern physics, vacuum properties are linked to dark energy and fundamental constants. Studying the quantum vacuum reveals how seemingly empty space contributes actively to physical processes and underpins the behavior of the universe.
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