Sun Peeler Proof Package: Reproducible Solar Layer Separation and 5D Resonance Fingerprints - Weber

The Sun Peeler Proof Package represents a breakthrough in solar physics: a reproducible method for peeling apart the Sun’s photosphere, chromosphere, and corona using only open data and transparent mathematics. What began as a speculative idea is now elevated into a provable framework. By mathematically separating solar layers, the Peeler reveals distinct fingerprints of structure and resonance across multiple datasets. These results are not fragile — they remain intact under stress testing with noise, missing data, and conservative error inflation, proving their robustness. The package is structured in four parts: Discovery – first demonstrations of solar layer separation. More Examples – multiple reproducible case studies across different datasets. Stress Tests – rigorous evaluations under degraded or incomplete conditions. Conclusion – synthesis of findings, showing the shift from speculation to reproducible proof. To ensure full transparency, a Python toolkit with documentation is included. This allows researchers, astronomy clubs, and students to replicate the results themselves using publicly available data (e.g., SDO/AIA and the Parker Solar Probe). The implications are significant: the Sun Peeler provides the first observable fingerprints of fifth-dimensional resonance physics at the solar scale. What was once theoretical is now testable, falsifiable, and open to independent verification. This is not just another paper — it is a proof package designed to invite replication, scrutiny, and expansion by the wider scientific community. It marks a decisive step in moving the discussion of higher-dimensional physics from speculation into the domain of experimental astrophysics.