<ul><li>Particle oscillations may potentially explain the dynamics of the universe more accurately than time.</li><li>Oscillations of particles, such as cesium atoms, are linked to the structure of space and its spatial length.</li><li>By basing the measurement of dynamic processes on particle oscillations, a unified model connecting quantum mechanics and general relativity can be achieved.</li><li>This model can provide explanations for cosmic phenomena, offer new insights into dark matter and dark energy, and open discussions on the fundamental nature of time.</li></ul>

Can Particle Oscillations Explain the Dynamics of the Universe More Accurately Than Time?

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