Dark Matter Fraction from Critical Synchronization in Quantum Oscillator Networks

Key Points

• To derive the fraction of dark matter in the universe using a Kuramoto synchronization approach with quantum oscillators.
• Developed a model based on Kuramoto synchronization of quantum oscillators.
• Coupled oscillators using gravitational self-energy concepts.
• Analyzed the ratio of critical to total synchronization.
• Evaluated the results against the Planck 2018 observations.
• Achieved a dark matter fraction of 84%.
• Matched the Planck 2018 observed ratio to within 0.4%.

Abstract