GENESIS II: The Geometry of Black hole and pulsar: A Geometric Interpretation of Supernovae and Jet Morphology

<b>The Geometry of Torsional Jets: From Supernovae to Black Holes</b> introduces a new geometric model of compact object formation and jet emergence based on dynamical spacetime torsion.In this framework — derived from the GENESIS theory — rotational core collapse triggers the formation of a torsion field SμS^\muSμ, leading to a central zero-curvature core (Torus AM), surrounded by a layered structure of nested horizons. The outer boundary, termed the Torsion Horizon Anvil (THA), provides a natural geometric explanation for baryonic ejection, axial jet collimation, and horizon-scale jet stability without requiring accretion disks or magnetic confinement.This manuscript develops the mathematical foundations of the torsion field and derives key observables across pulsars, magnetars, black holes, and supernova remnants. Several case studies are presented, including SN 2024gsa and Sgr A*, demonstrating compatibility between GENESIS predictions and known jet signatures. The model explains long-standing phenomena such as glitch events, neutron star kicks, gravitational-wave echoes, and jet asymmetries — offering a falsifiable geometric alternative to MHD-based interpretations.<b>This preprint corresponds to a manuscript submitted to </b><b><i>Entropy</i></b><b> (MDPI) on July 2025.</b>