TSVF-SUSY A Time-Symmetric Supersymmetric Framework

This research presents TSVF-SUSY, a groundbreaking unification of the Two-State Vector Formalism (TSVF) and N = 1 Supersymmetry (SUSY) to establish a mathematically rigorous framework for quantum gravity. Key breakthroughs include:

• A Ghost-free, renormalizable Lagrangian incorporating bidirectional time evolution.
• Proof of SUSY algebra closure under Planck-scale corrections, resolving known inconsistencies.
• One-loop renormalizability and asymptotic safety, overcoming the limitations of traditional SUSY gravity models.
• Testable predictions for gravitational wave phase shifts, neutrino oscillations, and dark matter candidates.

This framework offers falsifiable deviations from General Relativity, linking quantum retrocausality, gravitational waves, and fundamental symmetries in a novel way. With potential verification from LIGO/Virgo, the Einstein Telescope, and collider physics, this work proposes a new path toward a testable quantum gravity theory.

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