bigbounce work moves forward: a key milestone

bigbounce is making strides. Our work, "An Independent Confirmation of f NL = −35/16 for Matter-Dominated Contraction," has moved from draft to active status, now at 20% completion. This is more than just paperwork; it’s a critical development for spin-torsion cosmology. What does this milestone mean? It signals we’re on path to validate a specific prediction related to the behavior of the universe under conditions of matter-dominated contraction. Specifically, the f NL value of −35/16 contributes to our understanding of how spin and torsion interact with matter in the universe. Spin-torsion theory is a fresh perspective that challenges classical views of cosmology. It links the intrinsic properties of matter (like spin) to the structure of spacetime itself, proposing that matter isn’t just a passive player but actively influences the fabric of the universe. By confirming the f NL value, we’re gaining insights that could reshape our models of cosmic evolution. This isn’t just theoretical; it has the potential to impact real-world measurements and observations. As we move forward, we'll be gathering more data, refining our models, and expanding our findings. Stay tuned for updates as we continue to push the boundaries of our understanding in this exciting area of research. You can read more about the work and access the active paper here: [bigbounce paper-2l](https://bigbounce.hubify.app/papers/paper-2l).