What question did this study set out to answer?

The research aims to explore the Bitriada framework and its implications for mathematics and physics.

April 21, 2026Open Access

Bitriada research notes 4

Key Points

The research aims to explore the Bitriada framework and its implications for mathematics and physics.
Compilation of ongoing research notes from January 2026.
Utilization of a hyper-structural fractal integer lattice model.
IFS interpretation to analyze nilpotent algebras and their connections to squarefree primes.
Proposes potential re-interpretations of established mathematics and physics fields.
Encourages exploration of speculative hypotheses within a meta-mathematical context.
Suggests that squarefree primes play a role in understanding nilpotent algebras.

Abstract

This is the latest compilation of research notes on Bitriada project. Bitriada is a meta-mathematical framework that is basically a hyper-structural fractal integer lattice and an IFS interpretation of the said lattice. The IFS sequence leads to potential re-interpretations of established math, physics (+etc) fields through the lenses of nilpotent algebras powered by squarefree primes. These research notes summarize my on-going scientific research from January 2026. These materials are mostly unsorted and very rough, but you are free to browse through them while I try to formalize it and maybe put onto a github or somewhere. Check the beginning of the file for readme. What's written here should be considered speculative hypothesis until professional verification

Bitriada research notes 4

Key Points

Abstract

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