The Sun's Origin as a Consequence of Cosmic Fabric Interactions Preceding Molecular Cloud Formation

This paper proposes that the Sun’s origin lies in interactions within the cosmic fabric—spacetime interwoven with quantum fields—that seeded the conditions for molecular cloud formation. These interactions involve quantum fluctuations and a first-order vacuum energy phase transition at the electroweak scale, enhancing baryonic matter accumulation in gravitational wells. We derive key parameters and propose three observational tests—CMB non-Gaussianity, a gravitational wave background, and a modified dark matter halo mass function—to distinguish this precursor mechanism from standard cosmological models.