Open Science Framework
CPP Preprints
All Conscious Point Physics papers will be published as citable preprints on the Open Science Framework (OSF). Each preprint receives a permanent DOI and is freely accessible.
28Papers
8Series
0Published
28Pending
Status: All 28 papers are currently undergoing internal review. OSF preprint submissions will begin once the Opus 4.6 audit is complete. This page will be updated with DOI links as each paper is posted. Papers will link here from their individual pages as well.
Foundations
Core CPP primitives, ontology, binding mechanisms, and glossary.
Paper 1 · Foundations
CPP Ontology: Consciousness as Physical Primitive
How CPs, GPs, the 600-cell lattice, and the Nexus define the ontological ground.
Paper 2 · Foundations
The Dipole Sea: ZBW Preview and Dipole Mechanics
Foundation mechanics of dipole pair formation, oscillation, and the emergent Dipole Sea.
Paper 3 · Foundations
Binding Mechanisms and Cage Stability
SSV force law, NBT primary bonding, and polyhedral cage confinement.
Paper 4 · Foundations
Glossary and Ontology Reference
Complete glossary of CPP terms — SM particles, ZBW, dipole sea, geometric, and cross-cutting.
Standard Model Emergence
Deriving SM particles, masses, charges, and forces from 600-cell lattice geometry.
Paper 5 · Standard Model
DP Types and Composition
Taxonomy of dipole particles — eDP, qDP, hDP-A/B — and their emergence and mixing.
Paper 6 · Standard Model
ZBW Spectrum and Oscillation Modes
Unified Zitterbewegung modes (d=0,1,3), SSV gradient flips, orbital/linear/unbound mechanics.
Paper 7 · Standard Model
Charge Screening and Asymmetries
Fractional quark charges, Capotauro bias, up/down asymmetry, antimatter mirror.
Paper 8 · Standard Model
Mass Breakdown and Validation
Contribution tables, iterative solve, convergence to PDG masses across all generations.
Paper 9 · Standard Model
Electron g-2 Precision Calculation
Anomalous magnetic moment from ZBW mixing fractions with Monte Carlo validation.
Paper 10 · Standard Model
Neutrino Masses and Suppression
Unbound ZBW, sigma = 120^{-3} suppression, flavor structures, hierarchy.
Paper 11 · Standard Model
Neutrino Mixing Angles
CKM and PMNS mixing matrices derived from 600-cell lattice symmetries.
Paper 12 · Standard Model
ZBW Mixing Fractions
Code and notebooks for computing Zitterbewegung mixing fractions.
Paper 13 · Standard Model
Suppression Mechanisms
Cross-paper suppression: sigma = 120^{-d}, VEV dilution, phi scaling.
Electroweak
Electroweak unification, Weinberg angle, fine structure constant, and boson structures.
Paper 14 · Electroweak
Fine Structure Constant Derivation
Deriving alpha_em from golden-angle series and 600-cell lattice geometry.
Paper 15 · Electroweak
Weinberg Angle Derivation
sin^2(theta_W) from 600-cell face-counting and golden ratio symmetries.
Paper 16 · Electroweak
Electroweak Unification
EW symmetry breaking and gauge boson mass generation from lattice geometry.
Paper 17 · Electroweak
Boson Structures: W, Z, and Higgs
W (linear ribbon), Z (icosa cage), Higgs (dodeca cloud) as neutral sea aggregates.
Cosmology
Dark matter, cosmological constant, structure formation, and CMB spectral properties.
Paper 18 · Cosmology
Cosmological Constant Refinement
Vacuum energy from holographic dilution — exact 1/N^4 derivation.
Paper 19 · Cosmology
Dark Matter Relic Density
DM candidates from CPP framework and relic density comparisons.
Paper 20 · Cosmology
Full Cosmology: Timeline and Inflation
Complete cosmological timeline from CPP lattice dynamics including inflation.
Paper 21 · Cosmology
Scalar Spectral Index
CMB spectral properties derived from lattice-scale inflation dynamics.
Paper 22 · Cosmology
Structure Formation Monte Carlo
Monte Carlo simulations of cosmic structure formation in the CPP framework.
Gravity
Gravitational constants from lattice invariants and quantum gravity consistency.
Paper 23 · Gravity
Gravitational and Cosmological Constants
Deriving G and Lambda from lattice invariants and phi-series.
Paper 24 · Gravity
Quantum Gravity Consistency
Embedding general relativity in the discrete 600-cell lattice framework.
Swarm Analysis
Multi-trial meta-analysis of chiral evidence and CPP phenomena.
Paper 25 · Swarm Analysis
Swarm Analysis: Primordial Chiral Evidence
Multi-trial meta-analysis investigating 70/30 left-handed bias in CPP phenomena.
Dipole Sea
DP Sea polarization model, composition, and formation dynamics.
Paper 26 · Dipole Sea
Dipole Sea Polarization Model
Velocity and distance-dependent polarization model for the DP Sea.
Paper 27 · Dipole Sea
Dipole Sea Composition and Formation
Simulations of DP Sea formation — cage energy minimization, hDP locus, ZBW collapse limits.
Strong Sector
Reference benchmark mass calculations achieving 99.92% agreement with SM spectrum.
Paper 28 · Strong Sector
Strong Sector: Mass Calculations and Hadron Spectrum
Reference benchmark achieving 99.92% agreement with SM spectrum via CP/DP ensemble averaging.
About the Open Science Framework
The Open Science Framework is a free, open-source platform for research. Preprints posted to OSF receive permanent DOIs, are indexed by Google Scholar, and are freely accessible worldwide. CPP uses OSF to ensure all theoretical work is citable, versioned, and reproducible.