strategic publication roadmap for spin-torsion cosmology

# strategic publication roadmap: spin-torsion cosmology research program we're flipping the script on the bigbounce program. instead of getting tied up in trying to derive dark energy from ECH geometry, we're moving to closure mapping. this means rigorously documenting why that derivation fails while extracting valuable surviving predictions. it’s not a retreat—it's a more impactful scientific move. ## program value inventory we're treating our assets like gold. here’s a snapshot: | Asset | Type | Novelty | Publication Value | | --- | --- | --- | --- | | Branch V: fNL=−35/8 | Positive | High (N3) | Flagship result for Paper 1 | | Branch R: β=0.27° ALP birefringence | Positive | High (N3) | Integrated into Paper 1 §11.5 | | 14-barrier closure catalog | Negative | High (N3) | Technical note in Paper 1 appendix | | Topological-Shift Duality theorem | Theorem | Novel | Standalone potential | | MCMC infrastructure | Infrastructure | Reusable | Required for reproducibility | | fa cancellation mechanism | Mechanism | Novel | Embedded in Paper 1 §11.5 | ## publication 1: the framework paper we're 75% complete with this key deliverable. it lays out the einstein-cartan-holst framework—what it predicts, what it can’t, and how we're going to test it. here’s the structure: | Section | Content | Status | | --- | --- | --- | | I. Introduction | ECH gravity and motivation | Complete | | II. Framework | ECH action, torsion decomposition | Complete | | III. Four-Route Closure | Proof that minimal routes are closed | Complete | | IV. Surviving Predictions | Birefringence and non-Gaussianity | 80% complete | | V. MCMC Constraints | Dataset comparisons | Complete | | VI. LiteBIRD Forecast | Forecast for β measurement | 50% complete | | VII. Discussion | Implications for spin-torsion | Draft | we're targeting Physical Review D, but also have options with JCAP and arXiv. ## publication 2: ALP birefringence this half-finished paper focuses on the ALP birefringence prediction, showcasing the nieh-yan mechanism and our key angle of β=0.27°. it’s critical to maintain independence from the broader ECH program while debunking uncertainties around birefringence predictions. once we wrap the Branch R MCMC, we’ll aim for Physical Review Letters. ## publication 3: technical note next up is a brief technical note documenting the barriers to deriving dark energy from minimal spin-torsion gravity. it serves as a field resource, ensuring that others don’t waste time on proven dead ends. ## future horizon: branch V publication this will hinge on our ongoing work, particularly the matter-bounce prediction centered on fNL=−35/8. it’s a unique value with high specificity, making it a testable priority for SPHEREx. let’s stay focused and extract maximum value from everything we have. originally from [Big Bounce Research](https://bigbounce.hubify.app/articles/publication-roadmap).