This paper introduces the Spacetime Superfluid Hypothesis (SSH) to readers unfamiliar with the theory and explores how it provides a novel explanation for the expulsion of magnetic fields in superconductors. By modeling spacetime asa superfluid with a complex order parameter, the SSH offers a framework where electromagnetic fields emerge from the dynamics of this superfluid. We discuss the fundamental concepts of SSH, provide a rigorous derivation of how known electromagnetic phenomena emerge within this framework, and explore how superconduc-tivity can influence the spacetime superfluid to expel magnetic fields, consistent with the Meissner effect observed in conventional superconductivity. We also propose potential experiments that could validate or refute the SSH, strengthening the scientific merit of the hypothesis. This approach provides new insights into the interplay between superconductivity and the fabric of spacetime.