Expositions · Premise notes · PRM-025
PRM-025 · AX1 — golden unit
Register page /premises/PRM-025/ · kind POSTULATE · claims declared to rest on it today: none
Drafted by the house under R81 — no drafting lane wrote this note; every quote was matched against the suite TeX at its locator. What a premise note is.
Premise
House-drafted note (R81-D15, S327j). R81 registered this premise, splitting it out of PRM-018. No drafting lane wrote this note: the house drafted it from its own reading of the suite TeX — the fourteen AX1 passages it read at R78-c for PRM-018, and every further line of the suite that names AX1, read at S327j. Every quote was matched against the TeX at its locator. No lane has reviewed this note.
Registered from the suite: p0_framework_foundations.tex:521 (PDF p.10), register quality HOUSE_TRANSCRIBED (a house transcription of the TeX, not the PDF's extraction text):
AX1 ρ²−ρ−1 = 0 (the golden unit) — Input (named axiom) — assumed, not derived from nothing.
The TeX at that line: AX1 $\rho^2-\rho-1=0$ (the golden unit) & \status{Input} (named axiom) & assumed, not derived from nothing.
What kind of premise this is
Register kind: POSTULATE. Paper 0 lists AX1 among its declared inputs with the status \status{Input} (named axiom) (p0_framework_foundations.tex:521) and prints it as one of the active operational inputs (p0_framework_foundations.tex:635). Appendix I derives the selection of the golden vacuum modulo this unit: the direction of the defect source and its completion are derived, and the unit magnitude γ = 1 is equivalent to AX1 and is not derived there (appendix_i_dynamics_bounce.tex:94-96). Source status words: the unit magnitude is AX1, not derived from nothing (appendix_i_dynamics_bounce.tex:1042-1043).
Where the suite invokes it
A house census, not a lane draft: every line of the suite TeX that names AX1 (TeX comment lines excluded) falls inside one of the 30 passages below — CONDITIONAL 12, LOAD_BEARING 1, MENTIONED 8, STATED 9. Pages refer to the sealed Rev32.7 page-delimited text. Rows marked “read R78-c” were read at S327i for PRM-018 and moved here by R81-D15; rows marked “read S327j” were read for this note.
| # | locator | quote (verbatim, TeX source) | role | argument |
|---|---|---|---|---|
| 1 | p0_framework_foundations.tex:210-215PDF p.3 · read R78-c | Selection is derived modulo AX1; full stabilization is not yet closed | CONDITIONAL | Paper 0 abstract: selection derived modulo AX1 |
| 2 | p0_framework_foundations.tex:514-515PDF p.10 · read R78-c | Derived modulo the AX1 unit | CONDITIONAL | Paper 0 status table: rows I.3/I.4 derived modulo the AX1 unit |
| 3 | p0_framework_foundations.tex:521PDF p.10 · read S327j | AX1 $\rho^2-\rho-1=0$ (the golden unit) & \status{Input} (named axiom) & assumed, not derived from nothing. | STATED | Paper 0 declared inputs: AX1 is an Input (named axiom), assumed |
| 4 | p0_framework_foundations.tex:536-537PDF p.10 · read S327j | the $\sigma$-odd defect selection is derived \emph{modulo the AX1 unit} | CONDITIONAL | Paper 0 status box: sigma-odd defect selection derived modulo the AX1 unit |
| 5 | p0_framework_foundations.tex:538-540PDF p.10 · read R78-c | AX1 is named, not hidden | MENTIONED | Paper 0 status box: AX1 named |
| 6 | p0_framework_foundations.tex:621PDF p.12 · read R78-c | The vacuum ratio $\phi$ is therefore an algebraically forced structural feature (modulo the AX1 unit) | CONDITIONAL | Paper 0 framework: the vacuum ratio phi is forced modulo the AX1 unit |
| 7 | p0_framework_foundations.tex:635PDF p.12 · read S327j | AX1, AX3, and AX4 remain active operational inputs. | STATED | Paper 0 current reading (Rev29): AX1 remains an active operational input |
| 8 | p4_higgs_ewsb.tex:278PDF p.71 · read R78-c | The Yukawa coupling $y^2=2/h^\vee(F_4)=2/9$ is derived from AX1 | LOAD_BEARING | Natural Yukawa: y^2 = 2/h(F4) = 2/9 derived from AX1 |
| 9 | p7_precision_tests_falsification.tex:145PDF p.112 · read R78-c | does \emph{not} by itself attack AX1/AX2/AX3 or the angle theorems | MENTIONED | Falsification map: a delta_CP miss does not by itself attack AX1/AX2/AX3 |
| 10 | p8_junkyard.tex:303-305PDF p.122 · read R78-c | $\cosh(2\ln\varphi)=3/2\equiv\textrm{AX1}$ | MENTIONED | Junkyard aside: the golden ray read as a relativistic boost |
| 11 | appendix_h_time_bridge.tex:418-433PDF p.196 · read S327j | \varphi^2+\varphi^{-2}=3\;\;(\equiv\text{AX1}) | MENTIONED | Appendix H boost reading of the golden vacuum: no new constant enters, phi is AX1 |
| 12 | appendix_h_time_bridge.tex:550-551PDF p.199 · read S327j | AX1 identity $\varphi^2+\varphi^{-2}=3$ that Appendix~E derives from the vacuum selector | MENTIONED | Braid grammar: the sqrt 5 is the discriminant of the trace-3 identity, labelled AX1 |
| 13 | appendix_i_dynamics_bounce.tex:33PDF p.201 · read S327j | selection (modulo the AX1 unit); Coleman--Weinberg cannot uniquely select golden | CONDITIONAL | Appendix I subtitle: selection derived modulo the AX1 unit |
| 14 | appendix_i_dynamics_bounce.tex:60-61PDF p.201 · read S327j | \emph{identical} to the golden axiom AX1 $\rho^2-\rho-1=0$ | STATED | Appendix I abstract: the sigma-odd defect equation F(rho) = 1 is identical to AX1 |
| 15 | appendix_i_dynamics_bounce.tex:66-67PDF p.201 · read S327j | so selection is derived \emph{modulo the AX1 unit} (the framework's core axiom) | CONDITIONAL | Appendix I abstract: the unit magnitude is not independently BPS-forced; selection derived modulo AX1 |
| 16 | appendix_i_dynamics_bounce.tex:94-96PDF p.202 · read S327j | the \emph{unit magnitude} $\gamma=1$ is equivalent to AX1 | CONDITIONAL | Appendix I introduction: direction and completion derived; the unit magnitude is AX1, not derived there |
| 17 | appendix_i_dynamics_bounce.tex:179-180PDF p.203 · read S327j | the stable vacuum fixes the \emph{modulus} $\varphi$ (via the AX1 self-duality | MENTIONED | Appendix I alpha fence: the stable vacuum fixes the modulus phi via AX1, not the U(1)_EM fibre coupling |
| 18 | appendix_i_dynamics_bounce.tex:198-200PDF p.203 · read S327j | $R_d=1/(\phi^{2d}-1)$ therefore reduces to the single irreducible axiom AX1, hosted | STATED | Golden depth R_d reduces to the single irreducible axiom AX1, hosted (not derived) by the scaffold |
| 19 | appendix_i_dynamics_bounce.tex:281-293PDF p.205 · read S327j | $\rho^2-\rho-1=0$, i.e.\ AX1, with positive root $\rho=\phi$ | STATED | Lemma (the sigma-odd defect pins golden iff AX1): the defect selects golden exactly when AX1 holds |
| 20 | appendix_i_dynamics_bounce.tex:300PDF p.206 · read S327j | derived defect direction, completion, and radial mode --- modulo the AX1 unit | CONDITIONAL | BPS / source-completion theorem, heading: derived modulo the AX1 unit |
| 21 | appendix_i_dynamics_bounce.tex:318-320PDF p.206 · read R78-c | $\gamma=1$ is the unique value for which $\rho_\star=\phi$, i.e.\ $\gamma=1\Leftrightarrow F=1\Leftrightarrow$ AX1. | STATED | BPS / source-completion theorem: the unit magnitude is equivalent to AX1 |
| 22 | appendix_i_dynamics_bounce.tex:332-335PDF p.206 · read R78-c | \emph{Golden selection is a derived $\sigma$-odd-defect mechanism modulo the AX1 unit} | CONDITIONAL | Golden selection is derived modulo the AX1 unit (the unit magnitude is not derived) |
| 23 | appendix_i_dynamics_bounce.tex:406-407PDF p.208 · read R78-c | \emph{Selected --- yes} (derived $\sigma$-odd defect mechanism modulo the AX1 unit | CONDITIONAL | Honest stabilization summary: selected modulo the AX1 unit |
| 24 | appendix_i_dynamics_bounce.tex:637-641PDF p.211 · read S327j | ($\det G=7$, or $\gamma=1\Leftrightarrow$ AX1, \S\ref{sec:bps}) | MENTIONED | Two independent routes each reduce phi to one named structural condition: DET-7, or gamma = 1 iff AX1 |
| 25 | appendix_i_dynamics_bounce.tex:939-943PDF p.217 · read R78-c | The unit magnitude is equivalent to AX1 $\rho^2-\rho-1=0$ (\S\ref{sec:bps}); whether AX1 itself is forced by the octonion/Peirce self-similarity | STATED | Open question: is gamma = 1 forced beyond AX1? (AX1 printed as rho^2 - rho - 1 = 0) |
| 26 | appendix_i_dynamics_bounce.tex:1022-1027PDF p.220 · read R78-c | $\sigma$-odd unit defect the sole selector with $F=1\Leftrightarrow$ AX1 | CONDITIONAL | Appendix I summary: the sigma-odd unit defect is the sole selector, F = 1 iff AX1 |
| 27 | appendix_i_dynamics_bounce.tex:1032-1034PDF p.220 · read R78-c | Golden vacuum \emph{selection} is a \emph{derived} $\sigma$-odd-defect mechanism \emph{modulo the AX1 unit} | CONDITIONAL | Honest end-state: selection derived modulo the AX1 unit |
| 28 | appendix_i_dynamics_bounce.tex:1042-1043PDF p.220 · read R78-c | the unit magnitude is AX1, not derived from nothing | STATED | Fences: the unit magnitude is AX1 |
| 29 | appendix_n_selector_fences.tex:115-116PDF p.253 · read S327j | single golden axiom (AX1); $\alpha$ is not derived from it. | MENTIONED | Appendix N alpha fence: phi remains the single golden axiom; alpha is not derived from it |
| 30 | appendix_x_zero_parameter_input_ledger.tex:62PDF p.319 · read S327j | Mathematical constant & AX1; no fit to particle data. | STATED | Input ledger, golden-ratio row: phi = (1 + sqrt 5)/2 is AX1; no fit to particle data |
House reading notes:
p0_framework_foundations.tex:521— The registered statement (PRM-025 PRIMARY). The drafting lane quoted this line in the PRM-018 note (row 2) as the distinct surviving axiom.p0_framework_foundations.tex:621— See the PRM-013 row at this line for the wording check.p4_higgs_ewsb.tex:278— No Registrar record carries this derivation (searched).p7_precision_tests_falsification.tex:145— WORDING CHECK (REV32.8 candidate, minor): the row names AX2, which p3_ckm_pmns_mixing.tex:708 prints as eliminated (D575).p8_junkyard.tex:303-305— LABEL CHECK (register curation): cosh(2 ln phi) = 3/2 is phi^2 + phi^-2 = 3, the equation Appendix E names the DET-7 condition; here it is labelled AX1.appendix_h_time_bridge.tex:418-433— LABEL CHECK (register curation), as at p8_junkyard.tex:303-305: the equation labelled AX1 here is phi^2 + phi^-2 = 3, which Appendix E names the DET-7 condition (PRM-013). For rho > 1 it holds exactly when rho^2 - rho - 1 = 0, so the label states an equivalence, not the printed form of AX1.appendix_h_time_bridge.tex:550-551— LABEL CHECK: as the row above.appendix_i_dynamics_bounce.tex:198-200— No Registrar record carries this reduction (searched for R_d and golden depth).appendix_i_dynamics_bounce.tex:318-320— No Registrar record carries the Appendix I selection results.appendix_i_dynamics_bounce.tex:637-641— The Route B of this passage is Appendix I's grading route (direction K, unit coupling): not the CKM Route B of PRM-017 and not Appendix E's Route B (PRM-024). R81-D14 records the homonyms.
Arguments that rest on it
NO RECORD declared. Under R82-d the PI ruled no edges for PRM-025: no Registrar record carries a result that assumes AX1 — a coverage gap, recorded, not a finding of independence. The suite results above that print a dependence on AX1 and have no Registrar record include the Appendix I selection theorem (derived modulo the AX1 unit), the reduction of the golden depth R_d to AX1, and the natural Yukawa y² = 2/9 of Paper 4. A search of the master for AX1 finds it in one record, and only in a lane note (LIB2-047, whose note says the source row's AX1 wording is not used at that record's locators).
What breaks without it
What the suite prints: without AX1 the golden selection of Appendix I is derived only up to the unit magnitude — the sole viable selector selects golden exactly when the golden axiom holds (appendix_i_dynamics_bounce.tex:281-293) — and whether AX1 is itself forced is printed as an open question (appendix_i_dynamics_bounce.tex:939-943). Paper 4 prints the natural Yukawa as derived from AX1 (p4_higgs_ewsb.tex:278). NOT ASSESSED — the house has not computed what fails in each of these results without AX1; this note records what the suite prints.
Registrar sync
Registrar state after R76, R78 and R82 (S327j, master 0e1418ad6501767d). Declared today: none (UNKNOWN, not INDEPENDENT). R82-d (PI, S327j): no edges for this premise. The R78-c reading found no further record whose result assumes this premise.
Tier and what this does not show
A premise is not a result, and invocation count is not importance. The roles above are house readings, not a lane's and not the PI's. No record or premise is upgraded, downgraded, or edited. Unlocated dependencies remain unknown. Two lines of Appendix H and one of Paper 8 print φ² + φ⁻² = 3 under the label AX1; the label checks are recorded for register curation, not ruled.
Sources
TeX: p0_framework_foundations.tex:210-215; p0_framework_foundations.tex:514-515; p0_framework_foundations.tex:521; p0_framework_foundations.tex:536-537; p0_framework_foundations.tex:538-540; p0_framework_foundations.tex:621; p0_framework_foundations.tex:635; p4_higgs_ewsb.tex:278; p7_precision_tests_falsification.tex:145; p8_junkyard.tex:303-305; appendix_h_time_bridge.tex:418-433; appendix_h_time_bridge.tex:550-551; appendix_i_dynamics_bounce.tex:33; appendix_i_dynamics_bounce.tex:60-61; appendix_i_dynamics_bounce.tex:66-67; appendix_i_dynamics_bounce.tex:94-96; appendix_i_dynamics_bounce.tex:179-180; appendix_i_dynamics_bounce.tex:198-200; appendix_i_dynamics_bounce.tex:281-293; appendix_i_dynamics_bounce.tex:300; appendix_i_dynamics_bounce.tex:318-320; appendix_i_dynamics_bounce.tex:332-335; appendix_i_dynamics_bounce.tex:406-407; appendix_i_dynamics_bounce.tex:637-641; appendix_i_dynamics_bounce.tex:939-943; appendix_i_dynamics_bounce.tex:1022-1027; appendix_i_dynamics_bounce.tex:1032-1034; appendix_i_dynamics_bounce.tex:1042-1043; appendix_n_selector_fences.tex:115-116; appendix_x_zero_parameter_input_ledger.tex:62.
Register: PRM_REGISTER_S312.jsonl row PRM-025 (R81-D15). Ruling: Trackers/RULING_R81_S327_PREMISE_REGISTER.md. R78-c sheet: Trackers/R78C_HOUSE_READ_75_S327.tsv.
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