Exploring How the Universe Holds Together Across All Scales.

• What We Do
• The Team
• Contact Us

• Constrained Low-Dimensional Structure in Normalized SPARC Rotation Curves
• CWG Research & Papers
• Test Card 1 — Chemically “Too Young” Galaxies in Deep Voids
• The 15 Layers of Persistence
• Hilbert Space 15-layers PIW-CWG stack
• The Big Summary Simplified
• CWG HANDBOOK FOR EDUCATORS
• Dark Matter Structure & Formation
• Canonical Definition — CWG + PIW Unified Framework
• Persistence, Holography, and the Black Hole Information Ledger
• Full-Resolution Persistence Objects FRPOs Irreducible Gravitational Collapse as Physical Computation
• Button

“The Integration Grid”

==========================================
Research Output & Projects
==========================================
The Principle of Coherent IntegrationA comprehensive 60+ page framework proposing that physical laws remain stable only when information, geometry, and thermodynamics remain mutually consistent across scales.The work includes:the full 15-layer CWG architecture
operator formalism (including ⟲∇I⟲)
cross-domain consistency analysis
testable predictions and falsification pathways
an initial experimental and observational roadmapThis framework establishes Coherent Integration as a constraint principle linking physical domains.PIW–CWG Unified FrameworkA formal synthesis integrating:persistence (CWG)
informational continuity (PIW)
gradient-driven structure formation
cosmological evolution modelsIt introduces the Equation of Emergence:(⟲ I ≅ W ⟲ ⇒ ⟲ ∇I ⟲)This equation encodes how information, when embedded in persistent structure, produces directional gradients that shape physical evolution.The 15 Layers of PersistenceA structured model mapping physical reality from the Planck-scale regime to reflective, observer-level systems.Key features:fixed 15-layer architecture (canonical ordering)
cross-scale continuity via persistence filtering
compatibility with Hilbert-space representations
extension into a block-tridiagonal operator frameworkThis model provides a multi-scale map of structure formation and persistence.Pulse Operator HypothesisA cosmological model exploring early-universe dynamics involving:transitional near-massless regimes
directional phase variation (anisotropy)
preservation of structural gradients across phasesThe hypothesis generates testable predictions in:low-ℓ CMB anomalies
large-scale structure correlations
potential gravitational-wave background featuresIt is positioned as an extension or alternative test case alongside standard ΛCDM cosmology.Cosmic Off-Gassing LedgerA framework proposing that low-density cosmic regions (voids) preserve long-timescale structural information.Predicted observational signatures include:chemically young or delayed-evolution void galaxies
low-metallicity outliers
thin-sheet and filamentary inflow structures
environment–curvature correlation patternsThese predictions are designed for validation using:JWST
DESI
Euclid
large-scale survey datasets
Black-Hole Script & Horizon MemoryA model exploring black holes as extreme persistence systems.Focus areas include:horizon-level information encoding (soft-hair–consistent interpretations)
deviations from ideal Kerr ringdown signatures
residual structure in gravitational-wave dataTargets for observational testing:LIGO / Virgo
future LISA measurementsThe framework examines how information retention may manifest in observable dynamics without violating known physics.CWG Educational Handbook (In Development)A structured, accessible guide designed for:educators
students
independent learners
public science audiencesIt translates CWG concepts into:intuitive explanations
visual frameworks
step-by-step conceptual development
==========================================
Unifying Principle
==========================================All CWG research is connected through a single guiding principle:Coherent Integration — stable structure emerges only when physical processes remain mutually consistent across scales.

About
Charles CarrollIndependent Researcher · Founder, Carroll–Wells Gradient Initiative
Fields: Quantum Information · Cosmology · Geometry · Theoretical IntegrationThe Carroll–Wells Gradient (CWG) Initiative investigates how physical law remains coherent and consistent across scales—from Planck-scale structure to large-scale cosmology and observer-level systems.My work combines visual structural reasoning with AI-assisted formalization, enabling conceptual models to be translated into mathematically consistent and testable frameworks.Core HypothesisThe universe maintains stable structure because information, geometry, and thermodynamics remain mutually consistent across scales.
If this coherence were violated, stable structure could not persist.Research Areas
Decoherence–curvature coupling
Black-hole microstructure and horizon-level information retention
Void cosmology and thin-sheet inflow dynamics
Pulse (cyclic) cosmology and early-universe anisotropies
Entanglement-informed geometric structure
The 15-layer Persistence Gradient architecture
Human–AI collaborative research methodologies
MissionTo make frontier physics:accessible
testable
structurally unifiedand to demonstrate that rigorous, constraint-driven scientific work can emerge both within and beyond traditional academic pathways.
Publications & Research Profiles
Zenodo (Publications & Data): https://zenodo.org/search?q=Charles+Carroll
ORCID: https://orcid.org/0009-0008-6411-7626

Contact Us

# Contact
## Get in Touch
For collaboration inquiries, discussions, media requests, or scientific correspondence:📧 [email protected]🌐 CWG Main Site:
https://sites.google.com/view/the-carroll-wells-gradient-/homeI personally read all messages.
Replies typically within 24–72 hours.CWG Initiative · Persistence, Information, and the Structure of Reality

• YouTube