Neutron Stars as Macroscopic Quantum Nodes: A New Interpretation from the Methane Metauniverse

This article presents a new interpretation of neutron stars within the Methane Metauniverse framework. Instead of collapsed nuclear matter, neutron stars are described as “neutron woken”—macroscopic spacetime nodes stabilized by multidimensional oscillations. The model explains supernova types as quantized transitions between unstable woken states and proposes the existence of electron woken fields analogous to atomic orbitals. This geometric-energetic framework aligns with observations of pulsars, gamma-ray bursts, and synchrotron emissions, offering a novel perspective on cosmic structure.