Resolving the CMB–Quasar Dipole Discrepancy.

Abstract Observations from WMAP and Planck reveal a striking anisotropy in the cosmic microwave background (CMB), as well as an almost 90° deviation between the CMB and quasar dipoles.Within standard cosmology (ΛCDM), this discrepancy is highly problematic, as both signals should represent the same kinematic motion through the universe. This paper demonstrates that the conflict is naturally resolved in the Modified Theory of Relativity (MTR), which describes space as an elastic medium with a variable state of tension.In this framework, cosmological redshift arises from differences in space tension between emission and observation — not from the physical stretching of photons due to spatial expansion. MTR shows that the CMB, Dark Flow, and quasar dipoles all originate from the same global tension axis — the Dark Flow Spanning Axis (DFSA).This provides a unified and causal explanation of cosmic anisotropies without invoking dark energy or violating relativistic principles.