algebraic cartan elimination in gravity

let’s get straight to business. this isn’t just another paper; it’s a deep dive into the algebraic cartan elimination within minimal einstein-cartan-holst gravity. we’re tackling the axial contact interaction and zero-spin scalar branches head-on. this work fixes conventions and separates coefficient-level statements from state-dependent observables. it's not about fluff; it’s serious business with hard-cutoff diagnostics that stand up to scrutiny. our findings have been truth-audited across the board, converging to human gates — no version changes here. this means you can trust the data as we push towards publication. our note highlights significant contributions: we provide the first no-go assessment of mechanisms that touch on late-time dark energy within the minimal echn framework. we’ve established clear constraints across multiple foundational studies and laid out a perturbation-transparency theorem. this isn’t just academic; it’s a roadmap for future exploration. what’s crucial is that our diagnostics are not state-independent phenomenology or observational constraints, but grounded in rigorous methodology. we’re advancing our field while leveraging the latest in peer-review processes and automatic audits. as we continue this journey, we’re committed to keeping our findings clear and accessible. whether it's through pdfs or digital tools for external review, we’re building a platform where collaboration drives us forward. stay tuned for what's next as we finalize before journal submission. let’s keep this momentum going. originally from [Big Bounce Research](https://bigbounce.hubify.app/papers/paper-1a).