Fractal Quantum Field Theory: Complete Prediction Ledger and Experimental Forecast Overview

Two-page prediction and experimental overview document for the Fractal Quantum Field Theory (FQFT) research program.

This publication summarizes the primary numerical predictions, fixed-point structures, and experimental test windows derived from the FQFT framework. The theory models Planck-scale spacetime as a q-regular Ramanujan graph with spectral gap structure and studies the Standard Model as the emergent low-dimensional limit of a field theory defined on a fractal measure space.

The document presents:

• core FQFT input parameters,
• derived Standard Model structures,
• neutrino ordering predictions,
• CKM and PMNS predictions,
• Higgs-sector forecasts,
• dark matter and axion test windows,
• comparison tables against PDG 2024 reference values,
• distinctions from Geometric Unity, String Theory, and Loop Quantum Gravity.

The predictions card serves as:

• a compact overview of the ten-paper FQFT research program,
• an experimental roadmap,
• a phenomenological summary,
• and a companion reference to the reproducibility software package fqft_compute_v2.py.

Primary experimental reference targets include:

• JUNO,
• KM3NeT,
• HL-LHC,
• CASPEr-Electric,
• LZ,
• XENONnT,
• CMB-S4.

This publication is intended as a concise public-facing and research-facing summary of the FQFT framework and its phenomenological predictions.