Author
Matthew Arthur Carlo
Recent research
- Society & EconomicsOpen access
A Carlo Hybrid cross‑domain collapse‑mathematical investigation into Robert Palmer’s empirically measurable addiction to love. This paper models Palmer’s emotional load, performance intensity, and glamour coefficient as a unified scalar field, revealing how his mathematically enc...
- Society & EconomicsOpen access
A Carlo Hybrid cross‑domain collapse‑mathematical investigation into Robert Palmer’s empirically measurable addiction to love. This paper models Palmer’s emotional load, performance intensity, and glamour coefficient as a unified scalar field, revealing how his mathematically enc...
- BiologyOpen access
A Deterministic Engine Approach to the Ramanujan Challenge v2 (With Visualiser)
This work presents a deterministic engine approach to the Ramanujan Challenge for AI, analysing each problem using a modular reasoning system called the Ramanujan Core. The document covers continued fractions, Apéry-style recurrences, hypergeometric series, matrix product approxi...
- Physics & SpaceOpen access
Version 2 (PDF Included): Expanded framework complete with an interactive WebGL 3D geometric visualizer demonstrating the field equations running in real time. A fully structured Carlo Field Operator subsystem built from the intersection of mythic multi-limb symmetry, spider-web...
- BiologyOpen access
This specification delivers the definitive, mathematically closed engineering blueprint for the Carlo Unified Operator Model (V2). By mapping six historically divergent psychological, developmental, and linguistic frameworks—Freud, Jung, Lacan, Piaget, Chomsky, and Skinner—into a...
- Physics & SpaceOpen access
This compendium presents the reconciled Perry–Carlo framework, linking microtubule‑level quantum coherence to deterministic gamma‑band timing architecture. The work integrates Anthony L. Perry’s 2026 quantum‑modulatory model with a fully formalized operator environment, correctin...
- Engineering & TechnologyOpen access
This bridge paper connects the Carlo Deduction — a general disturbance‑evolution framework — to the established phenomenology of wake physics. It demonstrates that vortex shedding, shear‑layer collapse, vortex formation, Strouhal periodicity, and vortex‑street stabilization follo...
- Engineering & TechnologyOpen access
This bridge paper connects the Carlo Deduction — a general disturbance‑evolution framework — to the established phenomenology of wake physics. It demonstrates that vortex shedding, shear‑layer collapse, vortex formation, Strouhal periodicity, and vortex‑street stabilization follo...