Algebraic Gravitation

 We propose a structuralist approach to gravitation based on the language of
 Hopf algebras and coalgebras. Gravitation is interpreted not as a classical force,
 but as a directed algebraic flow leading to the contraction of complex structures
 into singularities. We show how concepts like spaghettification, event horizons,
 and gravitational time dilation naturally emerge from the dynamics of algebraic
 antipodes. This framework offers a unified perspective on space-time, energy, and
 the genesis of time itself.