# Legacy Physics Token Catalog This catalog preserves the non-CODATA rows that were appended to the legacy BigCalc2 `NIST_CODATA.TXT` file for experimental convenience. These rows are not official CODATA constants. In the legacy project, they were deliberately placed beside the NIST constants so the same parsing, binary conversion, search, run, and genetic-sequence machinery could treat quark and hadron mass signatures like any other named bit token. ## Why This Exists The current repository keeps two catalogs separate: - `docs/codata/` contains the official pre-2019 CODATA 2014 evidence chain. - `docs/tokens/legacy-physics-token-catalog.*` contains the legacy exploratory tokens that BigCalc2 appended after the official CODATA table. That separation matters. The project should preserve the original evidence trail without pretending that exploratory rows are official CODATA rows. ## Conversion Rule The token conversion uses the same rule as the CODATA evidence chain: ```text value mantissa -> remove sign, decimal point, spaces, exponent, unit -> integer -> binary ``` Examples: ```text Q_UP 2.2 -> 22 -> 10110 Q_DOWN 4.7 -> 47 -> 101111 Q_STRANGE 96 -> 96 -> 1100000 Q_CHARM 1.275 -> 1275 -> 10011111011 ``` ## Primary Quark Mass-Signature Tokens These are the core tokens behind the claim that quark words are already inside the Z0 impedance structure. | name | value | significant digits | bits | bit length | unit | |---|---:|---:|---|---:|---| | Q_UP | 2.2 | 22 | `10110` | 5 | MeV/c^2 | | Q_DOWN | 4.7 | 47 | `101111` | 6 | MeV/c^2 | | Q_STRANGE | 96 | 96 | `1100000` | 7 | MeV/c^2 | | Q_CHARM | 1.275 | 1275 | `10011111011` | 11 | GeV/c^2 | | Q_BOTTOM | 4.18 | 418 | `110100010` | 9 | GeV/c^2 | | Q_TOP | 173.1 | 1731 | `11011000011` | 11 | GeV/c^2 | ## Full Legacy Token Table The machine-readable CSV companion is: ```text docs/tokens/legacy-physics-token-catalog.csv ``` | name | value | significant digits | bits | bit length | unit | legacy role | |---|---:|---:|---|---:|---|---| | `FIXED_PlanckTime` | 5.3911613 | 53911613 | `11001101101010000000111101` | 26 | s | legacy fixed Planck-time token | | `Q_CesiumSecond` | 9192631770 | 9192631770 | `1000100011111011000110110111011010` | 34 | CesiumS | legacy time-standard token | | `J/Psion3.096916` | 3.096916 | 3096916 | `1011110100000101010100` | 22 | GeV/c^2 | legacy hadron token | | `Q_38MeV` | 38 | 38 | `100110` | 6 | MeV/c^2 | legacy low-energy mass token | | `bbg10.061` | 10.061 | 10061 | `10011101001101` | 14 | GeV/c^2 | legacy mass token | | `Q_UP` | 2.2 | 22 | `10110` | 5 | MeV/c^2 | quark mass-signature token | | `Q_DOWN` | 4.7 | 47 | `101111` | 6 | MeV/c^2 | quark mass-signature token | | `Q_STRANGE` | 96 | 96 | `1100000` | 7 | MeV/c^2 | quark mass-signature token | | `Q_CHARM` | 1.275 | 1275 | `10011111011` | 11 | GeV/c^2 | quark mass-signature token | | `Q_BOTTOM` | 4.18 | 418 | `110100010` | 9 | GeV/c^2 | quark mass-signature token | | `Q_TOP` | 173.1 | 1731 | `11011000011` | 11 | GeV/c^2 | quark mass-signature token | | `Q_TETRA` | 5568 | 5568 | `1010111000000` | 13 | MeV/c^2 | legacy tetraquark candidate token | | `Q_Penta4380` | 4380 | 4380 | `1000100011100` | 13 | MeV/c^2 | legacy pentaquark candidate token | | `Q_Penta4450` | 4450 | 4450 | `1000101100010` | 13 | MeV/c^2 | legacy pentaquark candidate token | | `Q_sds` | 1321 | 1321 | `10100101001` | 11 | MeV/c^2 | legacy quark-composition token | | `Q_dds` | 1197.3 | 11973 | `10111011000101` | 14 | MeV/c^2 | legacy quark-composition token | | `Q_ddu` | 939.6 | 9396 | `10010010110100` | 14 | MeV/c^2 | legacy quark-composition token | | `Q_dsu` | 1115.6 | 11156 | `10101110010100` | 14 | MeV/c^2 | legacy quark-composition token | | `Q_dsu_2` | 1192.5 | 11925 | `10111010010101` | 14 | MeV/c^2 | legacy quark-composition token | | `Q_ssu` | 1315 | 1315 | `10100100011` | 11 | MeV/c^2 | legacy quark-composition token | | `Q_usu` | 1189.4 | 11894 | `10111001110110` | 14 | MeV/c^2 | legacy quark-composition token | | `Q_udu` | 938.3 | 9383 | `10010010100111` | 14 | MeV/c^2 | legacy quark-composition token | | `Q_u` | 139.6 | 1396 | `10101110100` | 11 | MeV/c^2 | legacy meson/composition token | | `Q_d` | 497.7 | 4977 | `1001101110001` | 13 | MeV/c^2 | legacy meson/composition token | | `Q_s` | 547.8 | 5478 | `1010101100110` | 13 | MeV/c^2 | legacy meson/composition token | | `Q_s` | 493.7 | 4937 | `1001101001001` | 13 | MeV/c^2 | legacy meson/composition token | | `Q_u` | 135.0 | 1350 | `10101000110` | 11 | MeV/c^2 | legacy meson/composition token | | `Q_s2` | 957.6 | 9576 | `10010101101000` | 14 | MeV/c^2 | legacy meson/composition token | | `Q_u` | 493.7 | 4937 | `1001101001001` | 13 | MeV/c^2 | legacy meson/composition token | | `Q_d` | 193.6 | 1936 | `11110010000` | 11 | MeV/c^2 | legacy meson/composition token | | `Q_s` | 493.7 | 4937 | `1001101001001` | 13 | MeV/c^2 | legacy meson/composition token | | `Q_udc` | 2286.46 | 228646 | `110111110100100110` | 18 | MeV/c^2 | legacy baryon/composition token | | `Q_udb` | 5620.2 | 56202 | `1101101110001010` | 16 | MeV/c^2 | legacy baryon/composition token | | `Q_89` | 89 | 89 | `1011001` | 7 | Ulla | legacy external-theory token | | `Q_191` | 191 | 191 | `10111111` | 8 | Ulla | legacy external-theory token | | `Q_383` | 383 | 383 | `101111111` | 9 | Ulla | legacy external-theory token | | `Q_938` | 938 | 938 | `1110101010` | 10 | Ulla | legacy external-theory token | | `Q_1836` | 1836 | 1836 | `11100101100` | 11 | Ulla | legacy external-theory token | | `Q_1232` | 1232 | 1232 | `10011010000` | 11 | Ulla | legacy external-theory token | ## Chain Of Evidence 1. The original legacy source is `E:\physics\CharacteristicImpedanceLegacy\BigCalc2\NIST_CODATA.TXT`. 2. The official CODATA portion ends at `Wien wavelength displacement law constant`. 3. The rows after that point were appended by the legacy experiment as exploratory tokens. 4. This catalog preserves those appended rows separately so later code can join them intentionally with CODATA records when running legacy-style searches. 5. Future reports must state whether they used official CODATA only, legacy tokens only, or a combined catalog.