Randomized trial explores boundary mass inflation and topological fusion in dual-sector geometrical frameworks, indicating potential for energy release.
Key Points
This work aims to connect the pinned dark sector dynamics to phase-collapse regimes through scale mismatch effects.
Developed theoretical framework in Origin Geometry (OG) with dual-sector architecture analysis.
Examined conditions under enhanced pinning and boundary mass inflation through comparative lattice scales.
Proposed geometric pathways for energy release via bulk excitations following dark sector compression.
Demonstrated that boundary-supported modes in the dark sector experience increased pinning under scale mismatch conditions.
Established conditions for topological lumps to reorganize into lower-energy configurations during compression.
Indicated that released energy from dark sector configurations may couple to bulk modes instead of traditional electromagnetic channels.