ASFM — Josephson‑Brücke
Mapping des Residual‑Interferenzterms auf E(Δθ)=E₀−K·cosΔθ; strukturierte α(r) → höhere CPR‑Harmoniken & asymmetrische Shapiro‑Stufen.
Projects
Representative lines of research across physics, genomics, and AI/signals. Each project lists its reproducible artifacts.
Valence by Interference (Z = 1–118)
Full sweep with harmonics j = 1…5, Δφ/Spin scans, outer-shell node detection, Expected vs Detected analysis.
Fission Residual Nodes
SC‑windows (10–14, 15–20, 20–25 voxels) with Yin spin modulation; density-adjusted grids (e.g., Pu‑239).
Genomics Pilot
Coherence scoring on genomic signals; evaluating interference-like structure in biological codes.
Molecular Binding (O–O)
Distance/orientation sweeps to locate standing-wave nodes forming between two atoms.
Kontakt
E‑Mail: apernt@unifieldlab.org
Status & Highlights (Oktober 2025)
- Fractal Fission Paper: im Review
- ASFM/FIN – aktuelle Benchmarks (C, O, Ne, Na) stabil
- Josephson‑Mapping – CPR‑Harmoniken & Shapiro‑Asymmetrien in Vorbereitung
Projekte
Valenz — Fractal Interference Nodes (FIN)
Harmonische Sphärenwellen, Sweep über Δφ/α/Spin(t), adaptive Knoten‑Detektion; Benchmarks decken C, O, Ne, Na.
Fractal Fission
Übertragung der FIN‑Topologie auf Fissionsfragmente; neue SC‑Zonen; Paper im Review.