Radiatively stable vacuum energy from a gauged constant vacuum mode: Local Einstein equations with a flux-fixed Λ_eff

JGJohansson, Germund
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Abstract

What this record contains (PDF-only release)This Zenodo record contains the v2.7.1 manuscript PDFs for: Main manuscript: Radiatively stable vacuum energy from a gauged constant vacuum mode: Local Einstein equations with a flux-fixed Λ_eff (v2.7.1) Supplementary Material S1: Audit backbone for the v2.7.1 manuscript (operator inventory, threat model, toy thresholds, and existence-proof extracts) No LaTeX sources or code are included in this deposit (by design). One-paragraph summary (what the paper is claiming)The manuscript formulates a low-energy EFT in which the strictly spacetime-constant vacuum mode is isolated into a compact/topological flux sector (three-/four-forms + membranes), while local excitations…

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Authors

1
  • JG
    Johansson, GermundCorresponding

Topics & keywords

Keywords
  • Constant (computer programming)
  • Vacuum energy
  • Vacuum state
  • Einstein
  • Coupling constant
  • Operator (biology)
  • Energy (signal processing)
  • Standard Model (mathematical formulation)
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