Current published reading edition · 2026-05-05
Invariance Constraints and the Non-Predictivity of Zero-Point Vacuum Energy in Quantum Field Theory
Amos Jay Maley · 11 pages · Vacuum-energy invariance companion
The manuscript binds structural invariance language to the homogeneous metric-proportional vacuum sector of QFT and semiclassical gravitational matching. A regulator-dependent absolute matter-sector offset does not supply a standalone invariant cosmological prediction. Relational Casimir forces, phase differences and response quantities remain available; compensating shifts preserve the total matched cosmological coefficient. The analysis does not classify the full curved-spacetime stress tensor or solve naturalness, radiative stability or matching.
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Amos Jay Maley. Invariance Constraints and the Non-Predictivity of Zero-Point Vacuum Energy in Quantum Field Theory. 2026-05-05. DOI: 10.5281/zenodo.20044294.
SHA256 4ea028c9beab30ee46ef978b37f34c6e72c76999a5f4c2be9e92466f82bbb8ce
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Source references
- Section 3: Restricted physics correspondence · PDF page 3
- Section 4: Physics-native result, Theorem 1 · PDF page 5
- Section 7: Projection between physics and structural closure, Theorem 3 · PDF page 8
- Section 8: Surviving physics and unresolved naturalness · PDF page 9
- Section 10: Conclusion · PDF page 10
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