The Eight Experimental Predictions of CPP (2026–2045)
A complete experimental timeline showing how Conscious Point Physics will be confirmed or falsified by eight major physics experiments over the next two decades.
Full Paper (PDF)
Overview
Conscious Point Physics (CPP) is a fully falsifiable theory. Unlike many proposals in theoretical physics, CPP makes exact, quantitative predictions that can be confirmed or refuted by near-term and mid-term experiments. This paper presents eight such predictions with precise timelines from 2026 to 2045.
The core criterion is simple: if any of the eight predictions listed below fails clearly, CPP is falsified. If six or more are confirmed, CPP is inductively established as the correct description of physical reality at the Planck scale.
The Eight Experimental Predictions
1. DUNE — CP Violation Phase (2026–2030)
CPP predicts the exact CP violation phase in neutrino oscillations: δCP = π/2, arising from chiral cage twists in the 600-cell lattice. The DUNE experiment will measure this with high precision from 2026–2030.
2. LSST — 110 pc Dwarf Galaxy Cores (2028)
Every dwarf galaxy must have identical 110 pc flat cores, arising from frozen topological vacancies in the lattice. LSST will map dark matter distribution across hundreds of dwarf galaxies by 2028.
3. Euclid & DESI — Exact ΛCDM Parameters (2027–2032)
CPP predicts all ΛCDM parameters match exactly, with ΩDMh2 = 0.120000 from lattice entropy. Euclid and DESI surveys will constrain large-scale structure to unprecedented precision.
4. CMB-S4 — Exact ΛCDM & μ-Distortions (2027–2032)
CMB-S4 will confirm μ-distortions ∼10-8 at ℓ ≳ 3000 from sub-Planck discreteness — a signature invisible to standard ΛCDM.
5. CMB-S4 — Baryon Asymmetry η (2032)
CPP predicts exact η = 6.100 × 10-10 from the same 90° chiral twist in the lattice that sets δCP = π/2, linking neutrino physics and cosmology.
6. LIGO/MAGIS/AION — Golden-Ratio GW Noise (2031–2038)
Gravitational wave phase noise will show golden-ratio (φ-based) oscillations above ∼1010 Hz from lattice discreteness — a unique prediction absent in any continuum theory.
7. LISA + AEDGE — Full Quantum-Gravity Spectrum (2035–2045)
LISA will detect the full log-φ oscillation spectrum in gravitational waves, with rollover above 1010 Hz confirming discrete spacetime at the Planck scale.
8. HL-LHC — W/Z Rare Decays (2026+)
W/Z branching ratios to exotic modes ∼10-13 and non-logarithmic running of sin2θW at TeV scales, deviating ∼0.1% from the Standard Model prediction.
Falsification Criterion
If any of these predictions fail clearly, Conscious Point Physics is falsified.
For example: if DUNE measures δCP ≠ π/2 with high statistical confidence, or LSST finds dwarf galaxy cores inconsistent with 110 pc universality, the theory must be abandoned.
This hard falsifiability criterion is a feature, not a bug. It distinguishes CPP from unfalsifiable string landscape proposals and represents a return to Popperian scientific practice in fundamental physics.