I built a notation system that specifies semantic addresses instead of compressing data. The receiver already knows where "home" is—you just send the coordinates.
24-54% efficiency gains verified across platforms.
The idea: cherry-pick the most efficient symbol from ALL human expression (Rx, 86'd, ∴, , QSL) and use domain-specific cipher keys to tune the receiver.
This completes a 346-year lineage: Leibniz (1679) → Shannon (1948) → Berners-Lee (1989) → QComms (2025).
I built a notation system that specifies semantic addresses instead of compressing data. The receiver already knows where "home" is—you just send the coordinates.
24-54% efficiency gains verified across platforms.
The idea: cherry-pick the most efficient symbol from ALL human expression (Rx, 86'd, ∴, , QSL) and use domain-specific cipher keys to tune the receiver.
This completes a 346-year lineage: Leibniz (1679) → Shannon (1948) → Berners-Lee (1989) → QComms (2025).
GitHub (lite tuner): https://github.com/DatMavis107/qcomms-protocol
Full paper (Zenodo w/ DOI): https://zenodo.org/records/18022026
CC0 Public Domain. Not a product—protocol infrastructure for everyone.
Try it. See what collapses.