On the Nature of Gravitation and Geometric Drift of Spacetime

In this study, it is shown that inserting geometric drift vectors within definition on tetrads have direct effects on torsion tensor. This contribution reveals an original point of view on gravitation while still being compatible with standard approaches and recent cosmological observations. The formulation preserves general covariance and reduces to the Einstein field equations in the appropriate limit where the drift contribution vanishes. The geometric drift vector scenario preserves the dynamical structure and the number of degrees of freedom of General Relativity. The model yields an effective geometric contribution whose behavior overlaps with phenomena commonly attributed to dark matter and late-time cosmic acceleration, offering a geometric interpretation of large-scale gravitational effects within a covariant teleparallel framework.