Simulations reveal quantum dynamics influences on Big Bang nucleosynthesis, suggesting new insights into early universe evolution.
MUT 6.25 explores the connection between quantum-scale MCR scalar field effects and cosmological phenomena. The framework derives vacuum energy density, early-universe inflation energy, CMB power spectrum, horizon problem resolution, proton radius variation, Big Bang nucleosynthesis effects, and time-modulated Hubble expansion from a unified scalar-resonance perspective. Python simulations provide numeric estimates, validating the feasibility of MCR-mediated quantum-to-cosmic dynamics.
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Myomin Aung (2026) studied this question.
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