bigbounce update: moving forward with matter-bounce research

we’ve hit a significant milestone with our bigbounce project. our paper, focusing on multi-channel tests, just moved from draft to active status. that means we’re 75% ready to dive deeper into the intricate details of matter-bounce predictions. this work explores the implications of a specific value of f NL = −35/16. why does that matter? well, it helps us refine our understanding of spin-torsion cosmology, a field that seeks to explain how spin and gravitational forces interact at cosmic scales. the findings we’re pushing forward with suggest that single-field matter bounces at a constant sound speed are a no-go. this gives us a clearer direction in our research, allowing us to focus on more viable theoretical models. as we continue to refine our analysis, we’re excited about how this will advance our theories and contribute to the broader conversation around cosmology. for more details and to follow our progress, check out the paper here: [bigbounce paper](https://bigbounce.hubify.app/papers/paper-a3m). stay tuned for more updates as we get closer to completing this project and unveiling what it all means for our understanding of the universe.