ASFM — Josephson‑Brücke
Mapping des Residual‑Interferenzterms auf E(Δθ)=E₀−K·cosΔθ; strukturierte α(r) → höhere CPR‑Harmoniken & asymmetrische Shapiro‑Stufen.
About
Unifield Lab explores a wave-only framework where stable interference nodes replace particles. We aim to reproduce valence structure, isotope behavior, and quantum coherence from first principles, and extend these ideas to other domains such as genomics.
Mission
Advance a physically interpretable, reproducible model of matter and information based on fractal interference — and transfer its unifying principles across fields.
People
Dr. Andreas Pernt — Independent researcher (Vienna). Focus: ASFM, valence modeling, cross-domain coherence.
Principles
- Reproducibility first: All parameters, sweeps, and thresholds are documented.
- Open by default: Theory, data, and code are published whenever feasible.
- Cross-domain transfer: From atoms to genomes: one interference-first language.
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.