Papers  ·  Preprints  ·  Books

Research Archive

Published work documenting the development and application of the Davis Manifold framework across multiple domains. All papers available open-access via Zenodo.

25+
Preprints
10
Books
30
Patents
1
Framework

Foundational Papers

Fusion & Confinement

2026 · Plasma Confinement
Applies the Davis Field Equations to tokamak MHD stability, deriving the Troyon limit geometrically via the Cheeger Effect and Plateau Maximum Theorem. 13 experiments, 1 proved theorem, 0 free parameters.
Tokamak Cheeger Effect Paper → Interactive Lab → CHIHIRO →

Superfluids & BEC

2026 · Bose-Einstein Condensates
GPU-accelerated Gross-Pitaevskii simulations across ⁸⁷Rb, ²³Na, ⁷Li prove that critical velocity β = vc/cs is species-independent — a universal geometric invariant determined solely by obstacle curvature, validating C = τ/K.
BEC Vortex Nucleation Paper → CALCIFER · Coming Soon

LLM Inference & Attention Geometry

2025 · Speculative Decoding
Curvature-Guided Speculative Decoding for Large Language Models
Uses semantic curvature to predict which tokens will be accepted during speculative decoding, achieving 2.8× speedup over vanilla speculative decoding with no accuracy loss.
GIGI Inference DOI Pending
2025 · KV-Cache
Geometric KV-Cache Compression via Curvature-Aware Token Selection
Identifies which KV-cache entries to keep based on their geometric importance on the semantic manifold. Achieves 70% cache reduction with minimal perplexity increase.
MIRADOR Memory DOI Pending
2025 · Cognition
Spectral Geometry of Transformer Cognition
Analyzes the spectral properties of attention matrices through the lens of discrete Riemannian geometry. Shows that "reasoning" corresponds to geodesic paths on the semantic manifold.
Theory DOI Pending
2025 · Holonomy
The Davis Conjecture on Semantic Coherence: Context Windows as Holonomy Groups
Proposes that context windows in LLMs function as holonomy groups on a semantic manifold. Context collapse occurs when the holonomy becomes trivial.
Conjecture DOI Pending

GPU-Accelerated CSP Solving

2026 · GPU Optimization
The paper that demonstrated 40,128× speedup over Yann LeCun's Kona 1.0 on Sudoku. Shows that CSP solving is fundamentally a curvature navigation problem.

Molecular Geometry

2025 · Binding Prediction
Curvature-Guided Binding Affinity Prediction via Molecular Surface Geometry
Treats protein-ligand binding as a geometric matching problem on the Davis Manifold. Achieves +12% hit rate improvement over state-of-the-art docking methods.
CHIHIRO Docking DOI Pending
2025 · Genomics
GEODESIC: Genomic Evolution On Davis-Embedded Surfaces for Integrated Cancer Detection
Integrated cancer detection using genomic evolution mapping on Davis-Embedded manifolds. Identifies mutation trajectories as geodesics.
Cancer Evolution DOI Pending

Threat Geometry

2025 · Anomaly Detection
Curvature-Based Behavioral Anomaly Detection in Network Traffic
Detects threat actors by measuring behavioral curvature deviation from baseline manifold geometry. Achieves 94% precision with 0.1% false positive rate.
PARALLAX Network DOI Pending

Geometric Intelligence Series

Available on Amazon

From a childhood IQ diagnosis to NASA and algorithmic justice, a manifesto on finding what systems hide.
Proves production ML and Riemannian manifolds tell the same story, yielding error guarantees that survive coordinate changes.
Reimagines health as geometric coherence on the Davis Manifold — stability as a path, not the absence of disease.
From the Davis Law to topological vacuum rectification, a unified framework connecting inference, physics, and energy.
What if war could be predicted like weather? The mathematics of flow, curvature, and topological collapse in geopolitical conflict.
Five Millennium Prize problems are one problem in five languages. C = τ / K governs every transition from smooth to rough.

Bee Rosa Davis

MS Digital Forensics, Brown University
27 years aerospace & security engineering

ORCID → Zenodo → GitHub →