The High-Frequency Causal Oscillation (HFCO) and the Five Laws of the Percudani Model: Manuscript, Simulation Code, and Figures

This Zenodo entry contains the complete scientific package for the HFCO framework:

Manuscript (hfco_five_laws_unified.tex): A technical report that integrates the High‑Frequency Causal Oscillation hypothesis with the Five Laws of the Percudani Model, provides a deterministic alternative to the Copenhagen interpretation, and demonstrates the unification of quantum measurement with cosmology via the constant κ_crit. The manuscript includes the theoretical derivation, the differential measurement proposal, double‑slit analysis, and cosmological verification (H₀ = 73.04 km/s/Mpc).

Python simulation code (hfco_double_slit_five_laws.py): A self‑contained script that performs the conceptual analogy (slow detector vs. causal oscillation), the differential measurement test (1000 ns vs. 1.1 ns detectors), the full double‑slit experiment under UCP causal flux, and the thermodynamic/cosmological verification. Executing the script reproduces all the numerical results and generates the figures.

Figures (ZIP archive figures.zip): The three key graphs produced by the simulation:

conceptual_analogy.png – Illustration of the measurement illusion.

differential_measurement.png – Bar chart showing the 100% difference between slow and fast detectors.

double_slit_ucp.png – Complete double‑slit simulation with interference, particle, transition, and Five Laws interpretation panels.

The package is self‑contained; all components are released under CC BY 4.0. Related works and previous DOIs are listed in the manuscript references.