Verified Claims
8
Instrument-Lab Explorations into Euclid, Ratios, and Rhythm
Atlas Hub
A warm, instrument-lab atlas of the Euclidean algorithm and its valid extensions: arithmetic, geometry, gear-ratio design, rational maps, locks, and rhythms. Unsupported mechanical claims stay clearly labeled.
Verified Claims
8
Analogy Only
2
False Claims
3
Wing
The exact arithmetic backbone: Euclid, Bézout, inverses, and step-count behavior.
Euclid's algorithm is one of the oldest named algorithms that is still used directly in modern software.
Core Algorithm
The preserved exact-text fast path for Euclid, Bézout, and modular inverse results.
Core Algorithm
Interactive Euclid and Extended Euclid tables with synced equations and callouts.
Core Algorithm
A side-by-side comparison between your input and Fibonacci worst-case behavior.
Core Algorithm
A comparison lab for two Euclid variants and how quickly they shrink the same pair.
Wing
Continued fractions, dissections, rational landscapes, and gear-ratio design.
The golden spiral story depends on self-similarity. Arbitrary Euclidean rectangle cuts do not automatically inherit it.
Ratios And Geometry
A dissection lab that keeps the geometry true and labels the golden special case correctly.
Ratios And Geometry
A gear-design lab that uses Euclid-style reduction honestly: for choosing ratios, not pretending the train runs Euclid by itself.
Ratios And Geometry
A shared rational-data playground with multiple visual lenses on the same reduced fractions.
Ratios And Geometry
A quadratic-irrational lab with period loops, convergents, and a Pell teaser.
Wing
Locks, rhythms, and the mechanical claims that survive contact with the evidence.
Euclidean rhythm patterns show up in multiple traditional musical families because they spread beats as evenly as possible.
Applications And Reality Checks
A lock-and-key view of modular inverses with coprime gating.
Applications And Reality Checks
A pulse-distribution lab with transport controls and an audible Euclidean pattern.
Applications And Reality Checks
A debunk lab showing that the ratio stays fixed while contact conditions change.