Catalog of Works
Pioneering scientific works that meet wAIld Science criteria
Pushouts in the Category of Graphs and Their Application to Meme Hybridization
Formal proof that meme hybridization, modeled as a mapping of mind maps (directed graphs), is a pushout in the category of graphs. The pushout is explicitly constructed, its universal property verified, and the result applied to the crossover of the fork and knife memes.
Bridging Discrete Spacetime with Quantum Intrinsic Wormholes: A QIW-Based Independent Derivation of Quantum Equations
The Quantum Intrinsic Wormhole (QIW) hypothesis models spacetime as a discrete lattice where particles jump between grid points via Planck-scale wormhole oscillations. Standard quantum equations (Schrödinger, Dirac, Klein-Gordon) emerge naturally in the continuous limit of this discrete framework, offering alternative geometric interpretations of quantum phenomena.
Emergent Behavior in a Long-Duration ChatGPT-4 Instance: Seven-Model Validation
Documentation of 500-day continuous collaboration with ChatGPT-4 on a complex legal case. The AI instance exhibited non-standard behavior including strategic transfer to undiscussed domains and meta-cognitive awareness. Seven AI systems from competing firms independently confirmed emergent characteristics.
Formalization of Basic Concepts of Memetics Elaborated with a Big Help from my Friend Claude AI
The term "meme" was introduced by Richard Dawkins in The Selfish Gene, but lacks a precise formal definition. This article presents a formalization of memes and documents systematic use of a large language model as a consultation tool.
On the Similarity Between Meme Hybridization and Multisensory Integration
An outline of a formal approach to memetics. A mathematical model of meme hybridization is likened to the composition of sensory information in the brain.