milestone for spin-torsion cosmology: bigbounce update

we're excited to announce that the work "Public-ID Recovery for a Historical DESI DR1 Anomaly List: 170 High-Coordinate-Consistency Core and 11 Lower-Confidence Positional Associations" has moved from revision to draft status. this is a significant milestone in our exploration of spin-torsion cosmology. this paper addresses anomalies previously identified in the DEep Survey Instrument (DESI) data, crucial for understanding the cosmic landscape in which we operate. by analyzing a total of 170 high-coordinate-consistency core associations, we’re moving toward a clearer picture of how spin and torsion interact at cosmic scales. the implications? more precise models of universe behavior. we aim to refine our understanding of gravitational dynamics and how they influence cosmological structures. this research not only helps expand theoretical frameworks but also opens pathways for practical applications in astrophysics. check out the details and our evolving methodology here: [bigbounce paper-3](https://bigbounce.hubify.app/papers/paper-3). we’re committed to pushing boundaries and delivering insights that matter in fundamental physics. more updates to come as we reach the finish line. let's keep building the future of cosmology together.