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Author Topic: Experimental BIP-39 research: prime-coordinate representation and entropy analys  (Read 26 times)
TSE_VLC (OP)
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Today at 02:58:26 PM
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Experimental BIP-39 research: prime-coordinate representation and entropy analysis

I am sharing an independent experimental research project exploring a deterministic positional representation of the BIP-39 English word space and its relationship with prime-number coordinates.

The project maps each BIP-39 word position (1–2048) to the corresponding ordinal odd prime and extends the local 2048-position space into an absolute-coordinate model.

The purpose is not to propose a replacement for BIP-39 or claim additional cryptographic entropy. The prime-coordinate mapping, absolute coordinates, structural filters and duplicate-history mechanisms do not add entropy.

For the documented 12-word construction where the first BIP-39 word is fixed/known, that word fixes 11 bits and the remaining 117 entropy bits are generated using a cryptographically secure random source before the BIP-39 checksum is constructed.

The repository currently includes:

  • 12-word and 24-word BIP-39 experimental generators
  • absolute prime-coordinate representation
  • bidirectional positional anchoring at a selected mnemonic slot
  • BIP-39 checksum-preserving construction
  • structural rejection filters
  • SHA-256 + SQLite duplicate-history mechanisms
  • automated exhaustive and randomized verification tests
  • reproducible Python source code and research datasets

What I would particularly like the Bitcoin technical community to review

I would appreciate criticism or independent verification concerning:

  • entropy accounting when a mnemonic position is predetermined
  • whether the absolute-coordinate representation introduces any overlooked statistical bias
  • the mathematical implications of the structural rejection filters
  • the BIP-39 checksum construction
  • the reproducibility methodology and test coverage

The project is experimental research software and has not been audited for real wallet custody. Published/generated mnemonics must be treated as test material and should not be used to secure real funds.

Source code and reproducibility material:
GitHub — BIP39 Prime Entropy Research

Archived research release:
Zenodo — DOI 10.5281/zenodo.22257814

Article presenting the project:
LinkedIn — Architecture of Infinity / BIP-39 research

I am especially interested in technical objections. If there is a flaw in the entropy reasoning, positional model, filtering methodology or implementation, I would prefer that it be identified explicitly so it can be tested and documented.
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