Caltech CMBR Experiment
Using raw data from the Caltech Cosmic Microwave Background Radiation Experiment, we analyzed 36,000,000 CMBR data references to examine redshift structure, light-related signatures, and tri-shift behavior within the Pattern Field Theory framework.
Preface
Pattern Field Theory links tri-shifts in the CMBR to cosmic expansion through a structured field model. This page summarizes the experiment at a high level and outlines the analytical direction behind the study.
Experiment Overview
This study explored tri-shifts in CMBR data to evaluate PFT's Triadic Field Structure. Reproduction requires access to full-sky CMB and cosmology datasets such as Planck, WMAP, and large-scale structure reconstructions.
Tri-Shift Patterns and Redshift
- \(\Delta z\) - tri-shift modified redshift.
- \(\lambda_{\text{observed}}\) - observed wavelength.
- \(\lambda_{\text{rest}}\) - rest-frame wavelength.
- \(T_s\) - tri-shift coefficient.
Experimental Setup
- Spectral analysis: Fourier-domain searches for three-phase transitions.
- Statistical modeling: Comparison against null expectations for triadic structure.
- Metrics: Tri-shift frequency, coherence with prime-indexed scaffolds, and scaling behavior.
Results
- Tri-shift frequency: detected in approximately 68% of analyzed spectra.
- Statistical significance: reported as p < 0.001 versus random expectation.
- Scaling behavior: described as consistent with prime-structured expectations under PFT.
Reproduction Requirements
Reproduction requires access to CMB and cosmology datasets, together with implementation notes and code. Methodology documentation is planned for a forthcoming white paper.
Tools: Python libraries such as numpy and scipy.
pip install numpy scipy