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2026
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| Online Access: | https://doi.org/10.5281/zenodo.20388257 |
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| _version_ | 1866902232425824256 |
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| author | Elenes Cazares, Jose Rosario |
| author_facet | Elenes Cazares, Jose Rosario |
| contents | <p>Conventional nuclear weapons convert mass into energy through fission or fusion. Antimatter weapons achieve complete mass-to-energy conversion through annihilation but suffer from containment instability. This paper describes a device that operates as the interface between classical nuclear mass and antimatter. It modifies the spin-0 transfer rate from the Higgs field through coherent spin alignment of nucleons. The energy release is not bounded by $E = mc^2$ of the fuel mass. The theoretical maximum amplification achieves 100% mass-energy conversion, equal to antimatter annihilation, without consuming fuel. Under achievable laboratory conditions, the device amplifies energy release by 94,000% over fission weapons (940$\times$) and 23,500% over fusion weapons (235$\times$), reaching 94% of the theoretical maximum. The same device can amplify mass, decrease mass, modulate gravity, or initiate fission and fusion chain reactions. It requires no fissile material. It has all the benefits of antimatter with none of its safety concerns, and none of the safety concerns of classical nuclear weapons. All physical constraints are derived: the amplification factor is capped by the ratio of the strong interaction timescale to the nucleon Compton timescale, and spin alignment is limited by temperature, magnetic field strength, and geometric orientation relative to the local Higgs field gradient. It represents a new category of nuclear device distinct from all existing weapons.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_20388257 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Spin-0 Density Amplification Nuclear Device: The Interface Between Classical Nuclear Mass and Antimatter Elenes Cazares, Jose Rosario <p>Conventional nuclear weapons convert mass into energy through fission or fusion. Antimatter weapons achieve complete mass-to-energy conversion through annihilation but suffer from containment instability. This paper describes a device that operates as the interface between classical nuclear mass and antimatter. It modifies the spin-0 transfer rate from the Higgs field through coherent spin alignment of nucleons. The energy release is not bounded by $E = mc^2$ of the fuel mass. The theoretical maximum amplification achieves 100% mass-energy conversion, equal to antimatter annihilation, without consuming fuel. Under achievable laboratory conditions, the device amplifies energy release by 94,000% over fission weapons (940$\times$) and 23,500% over fusion weapons (235$\times$), reaching 94% of the theoretical maximum. The same device can amplify mass, decrease mass, modulate gravity, or initiate fission and fusion chain reactions. It requires no fissile material. It has all the benefits of antimatter with none of its safety concerns, and none of the safety concerns of classical nuclear weapons. All physical constraints are derived: the amplification factor is capped by the ratio of the strong interaction timescale to the nucleon Compton timescale, and spin alignment is limited by temperature, magnetic field strength, and geometric orientation relative to the local Higgs field gradient. It represents a new category of nuclear device distinct from all existing weapons.</p> |
| title | Spin-0 Density Amplification Nuclear Device: The Interface Between Classical Nuclear Mass and Antimatter |
| url | https://doi.org/10.5281/zenodo.20388257 |