Arbiter (Step 3): Bryan G. Wallace, "The Farce of Physics" (1993)

Date: 2026-10-04. Revised after QE (see the section "QE revision" at the end; it supersedes the claim 1(a) verdict, corrections noted inline below, and adds claim 7). Inputs: facts.json, claims.md, physicist.md, mathematician.md, contrarian.md, deep/farce-d10910.md, sites.md, research/. Tags: [read] from project documents (as relayed by a reviewer), [web] with URL, [calc] recomputed by me (sympy/numpy in the project venv), [memory] with confidence. Verdicts use the Step 2 scale.

Source gap (repeated)

The folder holds one document, the 1993 manuscript. It prints no equation of "mass dynamics", no atomic model, no radar data table and no program listing. The primary papers with the equations (Found. Phys. 3, 381 (1973); Spectroscopy Letters 1969-71; J. Clas. Phys. 1982; Speculations Sci. Technol. 1986) are not in the folder. The Mathematician and the Contrarian read the 1969 radar paper (Spectroscopy Letters 2, 361) as page images from http://sciliterature.50webs.com/SpecLetters1969-p361-367.pdf [web]; I did not re-render it. So: - Verdicts on claims 1-2 rest on the 1969 paper, the book's Chapter 5 text and the reviewers' readings of both. - Verdicts on claims 3-5 (the theory) rest on the book's prose and the Opus deep read of Chapter 7 alone, plus standard physics. Where a verdict rests on [memory] alone, it is marked. - Not read by anyone: the 1971 radar paper, Shapiro-Ash-Tausner PRL 17, 933, Horedt and Ruck 1972, Tolchelnikova-Murri's primary papers, Standish's 1974 report, the Texas Symposium discussion record.

Corrections to Step 1 and to the reviews

1. claims.md claim 2 says Shapiro's side is not given. All three reviewers say it is: Shapiro's letters of 13 and 17 Jan 1969, relayed by Wallace, say the radar data "are not consistent with the 'ballistic theory' of light, but are consistent with general relativity", citing Shapiro, Ash and Tausner, "Radar Verification of the Doppler Formula", Phys. Rev. Lett. 17, 933, 24 Oct 1966 (the paper exists [web: https://link.aps.org/doi/10.1103/PhysRevLett.17.933]; I could not read its text, paywalled). Shapiro led the analysis Wallace attacks, so this is an interested party's characterisation, set beside Wallace's own.
2. claims.md claim 1 says "1961-1966". The only quantitative fit Wallace makes in the 1969 paper is on eight published 1961 observations compared with Newcomb's tables (Contrarian). The 1962-66 material is argued in prose from Lincoln Laboratory papers. Treat claim 1 as two parts: (a) the eight-point 1961 comparison; (b) the argument from later residuals.
3. The "3 ms versus 10 microseconds, 30,000%" figure has two different yardsticks in the sources: the 1993 book says the best fit Lincoln Lab could generate; the 1969 paper compares with Newcomb's ephemeris and does not itself print the 3 ms / 10 microsecond numbers (Mathematician, Contrarian). Arithmetic: 3 ms / 10 us = 300 = 30,000% [calc]. 3 ms is about 900 km of one-way range or about 6e-6 AU [calc: 0.003 x 2.998e8 / 2 = 450 km one-way equivalent; 450 km = 3.0e-6 AU; 900 km round-trip path is 6.0e-6 AU]. Careful: reviewers quote 450 km (Contrarian) and 900 km (Physicist); both are right for one-way and round-trip respectively.
4. Physicist cites Brecher as "Phys. Rev. Lett. 39, 1236 (1977)". The article is PRL 39, 1051 (1977), "Is the Speed of Light Independent of the Velocity of the Source?"; page 1236 is an erratum [web: https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.39.1051 per search result]. The bound k < 2e-9 is confirmed in that search summary [web]. Correct the citation.
5. "Claim 11" in the Investigator's leads and the reviews refers to key_claims item 11 in facts.json (Hafele-Keating), not claims.md. In claims.md it sits inside claim 5.
6. Hafele-Keating figures are now [web]: predicted -40 +/- 23 ns (east) and +275 +/- 21 ns (west); measured -59 +/- 10 and +273 +/- 7 ns; Science 177, 166 (1972) [web: http://hyperphysics.phy-astr.gsu.edu/hbase/Relativ/airtim.html and Wikipedia article via search]. Both reviewers' [memory] numbers are right.
7. Jupiter: the reviewers differ (Physicist "about 1.7", Mathematician "1.67 and 2.13"). [web] https://www.nature.com/articles/s41467-018-06107-2: emitted/absorbed power ratio 2.132 +/- 0.051 from Cassini (Li et al. 2018), against 1.668 +/- 0.085 from earlier Pioneer/Voyager data. Wallace's "2 1/2" (original text, CP437 decode) is high against both (about 4 sigma above Cassini, about 10 sigma above Voyager, using the quoted errors [calc]); the existence of an internal heat source is correct. The Physicist's "about 1.7" is out of date and should be 1.67 (older) or 2.13 (current).
8. Physicist's size comparison of Wallace's 300 eV experiment with the 1.1e-14 m deviation scale used 1.4e-14 m (ratio about 340). Using the book's own 1.1e-14 m: closest approach for equal charges at 300 eV is 1.44 eV nm / 300 eV = 4.8e-12 m [calc], a ratio of about 440. The conclusion is unchanged: that experiment could not test the prediction.
9. Texas Symposium date. Wallace says Fourth Texas Symposium, Dallas, 1968; the Investigator found a Dec 1967 report in Soviet Astronomy. A web search shows the Third Texas Symposium was held in New York in January 1967 [web: search results quoting the Texas Symposium history; the Wikipedia article gives no dates for the 3rd and 4th]. So the Dec 1967 report plausibly describes the Third, and the conflict may dissolve; the Fourth being in Dallas in Dec 1968 is [memory, medium] and not confirmed. Wallace's letter chronology (first letter to Shapiro 26 Dec 1968) fits Dec 1968 (Physicist). The discussion record still needs to be found.

Numbers I recomputed where reviewers differ or load-bearing [calc]

Claim 1. Venus radar residuals show light speed c+v

Agreement. All three: the weak form (early residuals were large and systematic) is plausible and unsurprising for an unfitted 1961 ephemeris; the strong form (light speed is c+v) is not supported by later experiments; no independent reanalysis of Wallace's fit exists; the full multi-station data were not released to him in usable form.

Disagreement and my weighing. - Mathematician: the derivation is internally inconsistent (epoch mismatch, unjustified averaging, no joint fit). Physicist: a different definition of distance, not a demonstrated inconsistency, since he could not check the steps. Contrarian: bookkeeping risk, cannot tell from the paper which epoch he used. - I recomputed (table above). The Mathematician is right on the algebra: Wallace's two equations differ by exactly tv/2 for any data, and the c model itself puts the distance at the reflection epoch at tc/2, the number he assigns to c+v. So Fig. 1, which plots the two against one date axis, shows tv/2 and nothing about light unless the two curves use the same epoch label. The Contrarian's and Mathematician's readings of which epoch the paper states conflict (Contrarian: "the time the beam left the transmitter"; Mathematician: "the time the beam returned"); I did not re-read p.364 and mark this as the one factual point that a re-read of the 1969 PDF would settle. Even so, Eq. (2) rests on a return-leg speed c+2v (a mirror rule) that is stated rather than derived; with the more direct ballistic rule I get tc/2 + tv/4, not tc/2. - The strongest honest point for Wallace (Contrarian) stands and is confirmed: a first-order ballistic effect has the size of his residuals (D v/c^2 about 5 ms for a 10 km/s relative speed). The Mathematician's point is the complement: that same effect depends only on relative velocity, so in a proper orbit fit with all parameters free it is partly absorbed by orbit elements and the AU. Wallace compared an unfitted formula with a fixed tabulated ephemeris (Newcomb, whose Venus errors were of order thousands of km in 1961 [memory, medium]), over eight points, with the AU value taken from the Lincoln Lab fit that itself assumed c. Wallace concedes in his own words that it cannot be "considered reasonably conclusive until a full c+v investigation is made" [read: 1969 paper p.367, via Mathematician and Contrarian]. - Frequency evidence: Wallace's own 30-day term is about five times larger at 440 MHz than at 1295 MHz; plasma delay scales as 1/f^2 (ratio 8.7), while a c+v effect is frequency independent. This is a pointer to plasma, not a proof; kept in the record. - Support kept on the record, not suppressed: (i) Ash, Shapiro and Smith (AJ 72, 338, 1967), as quoted by Wallace, report USSR residuals "systematically negative" relative to Arecibo and Lincoln Lab, an "incompatibility" not removable by different time units, "up to five times the quoted measurement error" [read: 1969 paper p.362]; that is a peer-reviewed admission of unexplained station-dependent differences, though the cause is unidentified and not specific to c+v. (ii) Standish (JPL, AAS Dec 1974), as Wallace reports, "significant unexplained systematic variations" fitted with empirical corrections (not verified). (iii) Tolchelnikova-Murri (Pulkovo) and Clemence (USNO, her quotation): the 1961-62 reductions used classical kinematics, the round trip cancels solar-system velocity, so radar did not confirm relativity. The Physicist and Mathematician/Investigator read her differently (title "confirmed the classical (Galilean) rule" versus "not c+v"); this is unresolved without her paper. (iv) Hollingsworth (AFCRL), per Wallace, said the AU values "ranged over thousands of kilometers" and the wanted data could not be released without Shapiro's permission; one first-person account of a meeting, with letters; no second source. (v) Sekerin's letter, relayed by Wallace. The Contrarian's grouping is correct: these show unexplained systematics and an unrun test, not a c+v measurement. - Against the strong form: Alvager et al. (CERN 1964): photons from neutral-pion decays at v/c >= 0.99975 travel at 2.9977 +/- 0.0004 x 10^8 m/s, bound |k| < 1e-4 [web: https://arxiv.org/pdf/0912.3818]; Brecher 1977: k < 2e-9 from X-ray binaries [web: PRL 39, 1051]; Cassini radio ranging gamma = 1 + (2.1 +/- 2.3) x 10^-5 [web: https://www.nature.com/articles/nature01997, Physicist]. Caveat the Contrarian and the Physicist both raise: extinction (re-emission by intervening gas) can in principle blur source-velocity tests, and Fox (1965, cited by Wallace) said this; Brecher's X-ray spectra address it. The later-ranging part of the case rests on [memory, medium to high] in the reviews; the Cassini result is [web].

Which argument is stronger. For the radar derivation as published: the Mathematician's, since it is checkable algebra and I reproduced it. For the strong form: the Physicist's, since it rests on direct source-velocity experiments that do not depend on the radar reduction. The Contrarian's "never properly tested by a neutral party" is also true for the narrow question "do the early multi-station radar data fit better with a free ballistic parameter?" Nobody has published that.

What would settle it: (1) re-read p.364-366 of the 1969 paper to fix the epoch convention used for Eq. (1) and (2); (2) an independent refit of the 1961-66 Venus data (or modern spacecraft ranging) with a free ballistic parameter in the same epoch bookkeeping; (3) the Shapiro-Ash-Tausner text, to see whether the Doppler test it reports addresses the ballistic model, as Shapiro says, or not, as Wallace says.

Final verdict (split): - [SUPERSEDED by QE revision] Wallace's 1961 eight-point comparison as published: ~~Internally inconsistent~~. This rested on an epoch misreading; see QE revision A for the replacement verdict. - A neutral joint c versus c+v refit of the early multi-station data with all parameters free: Never properly tested (the data were not released in usable form to him; Shapiro answered with a published Doppler paper but no joint refit is on record). - The strong form (light speed c+v, source-dependent): Tested, not supported.

Claim 2. Second postulate is the linchpin; Shapiro admitted only c was tested

Agreement. The conversation is documented in one published source (the 1993 book, a first-person account, with Wallace's own letter saying he "quoted your remarks as I remembered them"); no transcript found. Shapiro's recorded position (letters of Jan 1969) is that the data are inconsistent with the ballistic theory. These are not contradictory: a fit can assume c and still be examined for consistency with an alternative.

Disagreement. Physicist and Mathematician say c+v "was tested" after 1964 by others; the Contrarian says the radar reductions were not designed as a c versus c+v comparison, a point also made by Tolchelnikova-Murri. Both are right about different things: source-independence has been tested by non-radar methods (Alvager, Brecher); a radar reduction that assumes c cannot, by itself, test c (Shapiro's own sentence, quoted by Wallace, "the values of the parameters will be selected from the data in a manner that tends to cover up the inadequacies of the theory" [read: 1969 paper p.363, via Contrarian]). "Linchpin" is overstated but SR does need the postulate, and Einstein's own statements (1912-13, quoted by Wallace) say a source-velocity effect would falsify his theory; that is what a testable theory says.

Final verdict (split): the conversation as an event: Not testable as stated from the folder (one account; the Texas Symposium discussion record would settle it; the date conflict may be resolved, see correction 9). The statement that c+v was never tested: Tested, not supported by non-radar experiments; Never properly tested for radar-reduction data specifically.

What would settle it: the Fourth Texas Symposium discussion record; the 1966 PRL text.

Claim 3. Inertial mass = photon virtual mass; internal circulation at c; one dynamic ether

Agreement. No equations are in the book; the identification of a photon's E/c^2 with annihilated mass is ordinary E = mc^2 (Established, but not a departure); the spin at the model's stated radius is 34 times too small; the frame in which the internal speed is c is never stated, in tension with Wallace's own c+v light.

Added by the Mathematician and kept, not raised by the other two: in a Galilean mass picture a lump of mass m moving at c carries kinetic energy (1/2) m c^2, but a photon of momentum mc carries E = pc = m c^2. Electron-positron annihilation then does not balance in energy unless an unstated binding energy supplies the difference; E = mc^2 is used as an input from the very relativity he rejects. I confirm the arithmetic by hand; it follows from the Mathematician's reconstruction of the postulates, which is itself prose-based. The Physicist and Contrarian note the zitterbewegung literature (Schrodinger 1930; Dirac; de Broglie's "small clock", which Wallace cites) as a mainstream relative with circulation at c; at a radius of 1.93e-13 m the spin works out. So the idea is not crazy, the realisation is quantitatively off by 34 at its stated size, and its authors treat its size as a free input.

Final verdict (split): - Photon E/c^2 equals the annihilated mass: Established (ordinary E = mc^2). - Rest mass as internal circulation at c, in general: Plausible, untested. - Wallace's version at his stated radius (spin 34 times too low): Refuted by calculation for that radius; it would be a different model if the radius is changed, so this is a refutation of the stated numbers only. - The Galilean energy accounting of the picture: Internally inconsistent unless a binding energy is supplied (Mathematician; my hand check). - A single dynamic ether obeying conservation of mass, conservation of momentum and "equality of action" describing all physics: Not testable as stated (no equations in the folder).

What would settle it: the 1973 Foundations of Physics paper; a stated frame; a computed spin and magnetic moment.

Claim 4. Mass-in-cell model; electron-electron force deviation below 1.1e-14 m; pion of electrons and positrons

Agreement. All three: the program and equations are not available; the cell radius of 2.8e-15 m equals the classical electron radius (2.82e-15 m), so charge size appears to be input, not output; gravity is 2.4e-43 of the Coulomb force, so matching it "to 3 significant figures" with a surface-tension term means either a fitted constant or a separately computed term (a single 13-digit calculation cannot resolve 1e-43 against a Coulomb-sized term in one sum, Mathematician); the pion of 104 or 10^4 e+e- fails the mass budget either way (53 MeV or 5110 MeV against 134.98 MeV); the Eckerd College crossed-beam experiment (J. Chem. Phys. 1977, 300 eV, 90 degrees) agrees with Moller scattering and tests standard theory only. Closest approach at 300 eV is 4.8e-12 m, about 440 times the 1.1e-14 m scale [calc].

Disagreement: only on label for the 1.1e-14 m prediction. Physicist: "Refuted by calculation / established experiment"; Mathematician and Contrarian: "Tested, not supported". The refutation comes from other people's scattering and g-2 results (electron point-like down to well below 1e-17 m, [memory, high], not web-checked in this project), not from a calculation inside the model, so I use "Tested, not supported". Also the physics is the same as the model's own claim 4 prediction being testable in principle: it is the one falsifiable number in the book, and it has been (indirectly) tested against.

Retention: Wallace states the model is "little more than a first-order approximation", resolution low and qualitative, and the c+v version "will have to be developed" [read: deep read]. The models ran on a PRIME 750 computer with Eckerd College colleagues and appeared in J. Clas. Phys. 1982 and Speculations in Science and Technology 1986; the Investigator found no independent run.

Final verdict (split): - Electron-electron force deviation below 1.1e-14 m, extended 1/r electron: Tested, not supported (by others' point-likeness limits; [memory, high]). - Neutral pion as 104 or 10^4 e+e-: Refuted by calculation (mass budget; also no lifetime or decay account). - Photon emission, spin, gravity and nuclear forces from the program: Never properly tested (no equations or code; no independent run; "derived versus fitted" cannot be told). - The "unified theory" as a whole: Not testable as stated.

What would settle it: the program source or equations (1973, 1982, 1986 papers); a run with the gravity coupling set to zero to see if gravity still appears.

Claim 5. Infinite eternal universe; non-Doppler redshift; recycling; pressure-induced annihilation powers stars, planets, quasars

Agreement. The book gives no equations for this claim; the Jupiter figure is overstated; Arp's associations and the M82 filaments are real published observations that the mainstream attributes to projection effects and a starburst wind [memory, medium]; Hafele-Keating's numbers agree with the standard calculation made in a non-rotating Earth-centred frame.

Disagreement. - Physicist: Tested, not supported (CMB blackbody spectrum, supernova time dilation (1+z), solar neutrinos). Contrarian: Plausible, untested for tired light, and Historically superseded overall. Mathematician: Not testable as stated. I side with the Physicist on the stronger form: tired-light redshift predicts no time stretching of supernova light curves, and Type Ia curves show (1+z) stretching, and fusion in the Sun is seen directly in neutrinos [memory, high; no URL in the reviews, flagged as not web-checked]. "Plausible, untested" is not a fair label for a hypothesis these data test. Wallace's specific ether mechanism (photon-photon energy loss, "columns of dynamic ether") has no stated equations, so it is Not testable as stated. - Hafele-Keating. Physicist: Refuted by calculation. I disagree with the wording. The measured -59 +/- 10 and +273 +/- 7 ns agree with the predicted -40 +/- 23 and +275 +/- 21 ns [web, correction 6]; the calculation is made in an Earth-centred non-rotating frame with SR and GR terms. That shows the standard calculation works. It does not refute an absolute-frame reading, because a Lorentz-type absolute-frame theory makes the same clock predictions. Wallace's reading adds a label (frame at rest with the distant galaxies) with no stated difference in prediction. Verdict for the label: Not testable as stated (an interpretation with no measurable difference in the numbers given). A. G. Kelly's FOIA reanalysis of the raw data (Inst. Engineers of Ireland Monograph 3, 1996) and Essen's critique are kept in the record: they dispute the data analysis, not offer an absolute-frame calculation; nobody has read them here. - Jupiter: 2.5 (Wallace) against 1.668 +/- 0.085 (Voyager era) and 2.132 +/- 0.051 (Cassini, 2018) [web: https://www.nature.com/articles/s41467-018-06107-2]. The excess exists and is larger than the old figure suggested. Residual contraction heat and helium separation are the mainstream explanations [memory, medium; a helium-phase-separation paper appeared in the same search, https://arxiv.org/pdf/1912.01009, not read]. Wallace's number is high but his point (internal heat exists) is true. Whether annihilation contributes is not shown. - Arp's redshift associations: Never properly tested by a neutral campaign is the Contrarian's label; the Physicist says chance projection. I have no source in this project showing a neutral campaign either way; leave open.

Final verdict (split): non-expanding eternal universe with non-Doppler (tired-light type) redshift: Tested, not supported. Pressure-induced annihilation as the power source of stars, planets and quasars: Tested, not supported for stars (neutrinos) and Not testable as stated for the specific mechanism. Hafele-Keating as an absolute-frame effect: Not testable as stated. Arp-type discordant redshifts: Never properly tested by a neutral campaign in the sources held; unresolved here.

Claim 6. Obstruction by journals, referees, funders; QCD, quarks and relativity as pathological science

Agreement. This is a sociological claim, not a physics claim. The events are documented in Wallace's own letters (quoted) and in one published source, the book; no second source found. None of this bears on whether the physics is right.

Evidence for, stated fairly [read, via reviewers]: PRL 1969: first referee "suitable if revised ... deserves immediate publication if the radar data can be compared directly to geocentric distances"; the editor Goudsmit first said a second referee rejected it, then (23 Sep) that he had "made a mistake" and it went back to the first referee; the negative report's content is not reproduced. Spectroscopy Letters editor J. W. Robinson, letters of 4 Apr 1979 and 23 Jul 1990 as quoted by Wallace, stopped publishing him because of "very negative reader reaction" and anonymous letters and phone calls. NSF rejection of the 1977 proposal ($159,512), February 1978: reviewers saw "no reason to abandon conventional and remarkably successful theories of electron and quark interactions" (quoted from the official). Physics Today letters declined from 1985; Sky and Telescope declined to review; Walter Sullivan (NYT) deferred to Thornton Page (1969). Santilli's allegations that Coleman, Glashow and Weinberg blocked his salary are Santilli's, an interested party, relayed second-hand; not rated either way.

Evidence against suppression: the same journal printed four Wallace papers 1969-71 (invited by Robinson) and then a rebuttal (Horedt and Ruck, Spectroscopy Letters 5, 455 (1972), answering papers 1-15 against constancy of c) [web: https://www.tandfonline.com/doi/abs/10.1080/00387017208065415]; he also published in Found. Phys. (1973), Rev. Sci. Instrum. (1975), J. Chem. Phys. (1977), Physics Essays (1990), Galilean Electrodynamics (1990) [web: NPA wiki, per Investigator]. A rejection with a negative referee is a normal outcome as well as a possible unfair one. Wallace's own tone (e.g. "Shapiro has pulled a fast one", a "Star Wars" secrecy inference with no evidence in the book) plausibly made collaboration harder.

Langmuir. All three say the criteria cut both ways. Applied to Wallace: effect near the noise of an unfitted early ephemeris; flexible ether that absorbs objections. Applied to SR and QCD: the measured quantities (Brecher k < 2e-9; jets; cross sections) are far above noise, so the comparison is not supported by the record above.

Final verdict: Not testable as stated as physics. The events: editorial hostility is documented in quoted correspondence and a published rebuttal, not independently verified; organised suppression is not established. The Langmuir comparison for SR and QCD: not supported by the experimental record.

What would settle it: PRL editorial files or Wallace's referee reports; Robinson's correspondence; the NSF review file.

Absence of evidence: the record goes dark

What goes dark: 1. His last research paper is 1986 (his ninth, by his own count) [read: deep read]; later items are letters, two 1990 journal pieces and conference papers (Leningrad 1989, 1991, Natural Philosophy Alliance). He died 19 Mar 1997 [web: NPA wiki, per Investigator]; no obituary found. 2. Radar: no c+v reanalysis by anyone after Wallace appears in the sources held; ADS shows about 12 citing papers, none a replication. 3. The multi-station Venus data he asked for were not released in usable form. 4. The 1982 and 1986 mass-dynamics papers, and the Eckerd College records, are not in the project.

Competing explanations for (1)-(2), with evidence: - Judged wrong on the merits by specialists. For: Shapiro's published Doppler paper, the Horedt-Ruck rebuttal, later source-independence tests (Alvager, Brecher), mathematical defects found by the Mathematician. Against: none of the rebuttals was read, and no one ran his comparison with a free parameter. - Informal hostility closing publication channels. For: Robinson's letters (via Wallace), the PRL reversal, Physics Today declining. Against: four papers plus a rebuttal in the same journal; his later papers appeared elsewhere. - Lack of data access. For: Shapiro said the data "did not exist in the form" asked; Hollingsworth's reported statement; a card deck judged unusable. Against: Wallace's own words that sparse published data were all he had; early data are still in the published literature. - Funding end after the 1978 NSF rejection; age and health before 1997 (conjecture; no direct evidence for either). - Classification or secrecy of tracking data (Wallace's own inference, tied to "Star Wars"; he gives no evidence, and I found none). Not excluded; not supported.

Records that would decide: Lincoln Laboratory and AFCRL technical reports and card decks; the NSF award/rejection file; Eckerd College archives (Block, Rhodes, Floyd); the Horedt-Ruck text; Tampa Bay Times 1997 and the St. Petersburg Times; the Physics Today editorial correspondence. The Investigator listed several as "not reached (time limit)" in sites.md; they should be targeted next.

Corrected claim list

1. Radar (split; revised after QE). (a) Derivation of Eq. (1) and (2): internally consistent (each follows exactly from its stated reflection rule, both at the reception epoch; the tv/2 gap is a real model difference, and Eq. (2) needs the stated c+2v rule; c+v gives tc/2 - tv/4). The eight-point 1961 comparison with Newcomb's tables: Tested, not supported on its own yardstick (Fig. 1 shows the c curve E nearer Newcomb's N than the c+v curve G), but not a discriminating test (see QE revision A). (b) Neutral joint refit with a free ballistic parameter: Never properly tested. (c) Strong c+v form: Tested, not supported.
2. Second postulate and the Shapiro "admission" (split). The conversation: Not testable as stated (one account; discussion record not found). c+v never tested: Tested, not supported (non-radar); Never properly tested within radar reductions.
3. Mass, photon and ether (split). E/c^2 equals annihilated mass: Established. Internal circulation at c: Plausible, untested. Wallace's version at his stated radius: Refuted by calculation (spin 34 times low). Galilean energy accounting: Internally inconsistent without binding energy. Dynamic ether: Not testable as stated.
4. Mass-in-cell model (split). Deviation below 1.1e-14 m: Tested, not supported. Pion from 104 or 10^4 e+e-: Refuted by calculation. Photon, spin, gravity and nuclear forces from the program: Never properly tested. The whole: Not testable as stated.
5. Cosmology (split). Non-Doppler redshift and an eternal static universe: Tested, not supported (tired-light supernova time-dilation test dates from 2001, after LaViolette 1986; see QE revision). Annihilation power for stars: Tested, not supported; for the specific mechanism: Not testable as stated. Hafele-Keating as absolute-frame evidence: Not testable as stated (the standard calculation matches the numbers). Arp-type anomalies: Never properly tested by a neutral campaign (in the record held); open.
6. Obstruction and pathological science (split). Editorial hostility: documented in quoted correspondence, one source plus partial counter-evidence; organised suppression: not established. Physics: Not testable as stated. Langmuir comparison for SR and QCD: not supported.
7. Claim 7 (new, added by QE; eclipse light-bending data "trimmed and cooked"). Wallace's scatter reading of Schmeidler's 92-star plot: Never properly tested as stated (Schmeidler 1964 unread); the physical effect itself: Established (radio deflection, gamma = 0.99983 +/- 0.00045 [web]). Misconduct motive: Not testable as stated. See QE revision.

What would settle it (single experiment or calculation per disagreement)

Open questions

1. ~~Which epoch convention does the 1969 paper use?~~ Answered: reception epoch for both (QE revision A).
2. Do the full early multi-station Venus data support any ballistic term once orbit parameters are free?
3. Does Tolchelnikova-Murri's argument imply a c+v reading, or only that radar was not a test of SR?
4. What exactly did Shapiro say at the Fourth Texas Symposium, and was it in Dallas in Dec 1968?
5. What is the content of the second PRL referee's report and of Robinson's letters?
6. Are the Standish 1974 "unexplained systematic variations" real and what explained them?
7. Does the model's gravity come out of the structure or from a fitted surface-tension constant?
8. What happened to the work after 1990, and the data path (classification, archive loss, or none)?
9. Are there neutral studies of Arp-type associations that bear on non-Doppler redshift?
10. Kelly's FOIA reanalysis of Hafele-Keating: does it change the agreement?

Web checks done (budget 8 of 8 used)

Hafele-Keating predicted and measured values [web]; Jupiter ratios [web]; Brecher citation [web, search summary]; Shapiro-Ash-Tausner exists [web, title/authors/date only]; Texas Symposium history [web, partial]; Alvager, Brecher bound and Cassini gamma carried over from the Physicist's [web] checks. Still [memory]: electron point-like limits (high), CMB and supernova time-dilation tests (high), pion lifetimes (high), 1961 Newcomb Venus tables' accuracy (medium), Arp/M82 mainstream reading (medium), Jupiter heat explanation (medium), ranging accuracy after 1969 (medium).

QE revision (after qe.md, verdict MINOR; six deep reads added to deep/farce-d10910.md)

Inputs added: qe.md; the new deep-read sections for Ch.1, 2, 3, 4, 5 and 6 of the book; and my own re-render of the 1969 paper (Spectroscopy Letters 2, 361), pp.362-367, from http://sciliterature.50webs.com/SpecLetters1969-p361-367.pdf [web, page images]. All other verdicts stand unless listed. Tags as above.

A. Claim 1(a): the epoch error is mine, and the verdict is withdrawn

What I got wrong. I (with the Mathematician) said Eq. (1) is evaluated at reception and Eq. (2) at reflection, so the tv/2 gap was only an epoch label. The paper says otherwise [read: page image p.364]: "The second term of both equations (1) and (2) corrects the distance to the time the beam returned to the transmitter." Eq. (1) is D_E = tc/2 - tv/2; Eq. (2) is D_G = t(c+v)/2 - tv/2 = tc/2. The book says the same in Wallace's later restatement ("for the time the beam returns to the transmitter", deep read Ch.5 section G, L3810-3821) [read]. The Contrarian also misread the conditional sentence ("if made positive it will correct ... the time the beam left"); that sentence describes the sign change, not the epoch used.

Recomputation [calc, sympy in the project venv]. Station at rest, Venus approaching at v from initial distance D0, light leaves the station at c, return leg at speed u. Reception-epoch distance D_rec = D0 - v t: - u = c: D_rec = tc/2 - tv/2 exactly (Wallace's Eq. 1). - u = c+2v: D_rec = tc/2 exactly (Wallace's Eq. 2; this is his "c + (c+2v) = 2(c+v)" rule on p.364). - u = c+v: D_rec - tc/2 = -D0 c v / (2 (c+v)^2), about -tv/4 for small v. So each equation follows from its own stated rule, and the tv/2 gap is a physical difference between two reflection rules, not an epoch artefact. The prediction depends on which rule an emission theory adopts (c+v gives half the gap). This retires the "Internally inconsistent" label, the Mathematician's defect (a)/(b) as I stated them, and my earlier line "tc/2 + tv/4". Retained: the c+2v rule is stated, not derived, and the averaging of v remains unjustified in the paper.

Fig. 1 (p.366) [read: page image]. The Mathematician's "G lies near N, E does not" is wrong. E runs about 1-2 units (x10^-6 AU, i.e. 150-300 km) below N throughout; G departs from N by up to roughly 7-8 units (about 1000 km) from JD 2437440 on. G agrees only with the dots, which are Wallace's own Cowell integration with unstated initial conditions (p.365). The text says "Note the close fit between Newton's Laws and his c+v corpuscular theory", i.e. against his own integration, not against Newcomb. By his own yardstick N, the constant-c curve is the closer. Two caveats keep this from being a clean refutation: Newcomb's Venus tables were uncertain by an amount the paper does not state (my earlier [memory, medium] figure was thousands of km, which would exceed both gaps; not web-checked), and Wallace compares the gaps to radar accuracy (+/- 1.5 km), not to ephemeris error.

Replacement verdict, claim 1 (split): - Eq. (1)-(2) as algebra: consistent for the stated rules. - The statement that Fig. 1 shows c+v fitting the independent ephemeris better than c: Tested, not supported (the figure shows the reverse). I choose this label over "Never properly tested" because the comparison was run and the result is on the page; but it is a weak test, since the yardstick is coarser than the effect and the c+v curve is matched to the author's own integration. - 1(b) (neutral joint refit with free ballistic parameter): Never properly tested, unchanged. - 1(c) (strong c+v form): Tested, not supported, unchanged.

Other settled items: Wallace's own words close the paper: no conclusion "until a full c+v investigation is made" [read p.367]. The Shapiro "cover up" sentence is quoted two ways inside the book ("will be selected" at L3465-3468; "will usually be selected" at L3843-3845 and in the 1969 paper p.363, which prints "usually") [read]; the original, p.159 of Radar Astronomy (1968), is unread. The Primer author's handling of the epoch was right and the primer needs only its note removed.

B. Material the QE found missing, now kept on the record (claim 1)

Each item is documented in one published source, Wallace's book, unless stated; none is rated beyond what it shows. 1. Station goodness-of-fit and the June 1964 incompatibility. Fit values 1.57 (Massachusetts), 0.97 (Puerto Rico), 7.10 (Crimea) for a constant-c general-relativity fit up to 1966, attributed by Wallace to Ash, Shapiro and Smith AJ 72, 338 (1967) [read: p.362 and deep Ch.5 L3449-3461]. The definition is not given; if rms residual over assigned error, Crimea is far outside its stated errors. The quoted AJ sentence records the offset and gives no cause. The c+v reading is Wallace's. 2. The 12:00 UT charge (Evans et al., AJ 70, 486, 1965): Wallace says the daily variations vanished because the group fixed the observing time, "even when the planet was not observed or in some cases was not even visible" (letter of 3 Apr 1969). The paper is not in the book's reference list and is unread. A normal reduction to a standard epoch is a possible alternative reading [memory, low]. Testable against the paper. 3. The Duncombe charge: Wallace infers (25 Oct 1969 letter) that the synodic variation in Fig. 4 of AJ 72, 338 could only be removed by "empirical corrections similar to Duncombe's". "The only possible way" is his inference; he adds "I do not think that one should blame them". Testable against which parameters that paper fitted. 4. Moyer / JPL. Wallace (letter submitted 9 Jul 1984, rejected 4 Jan 1985 by G. B. Lubkin; restated in Speculations Sci. Technol. 9, 9, 1986) argues that Moyer, Celes. Mech. 23, 33 (1981), eq. (A6), evaluating positions at signal reception and calling its main term "the Newtonian light time" [read: Moyer's phrase as quoted], is "nearly equivalent to the Galilean c+v equation (2)". Physicist and Mathematician reply that evaluating each endpoint at its own event time is what a constant-c light-time iteration in a barycentric frame requires, and that Moyer adds relativistic terms [memory, medium-high; Moyer unread by anyone here]. My algebra agrees with the reply on the narrow point: a c+v law gives the reception-epoch distance tc/2 - tv/4 (u = c+v) or tc/2 (u = c+2v), whereas a constant-c light-time iteration gives tc/2 - tv/2 at reception, so "nearly equivalent" holds only if a specific mirror rule is assumed. Moyer has not replied to Wallace in print. Verdict on this sub-claim: Not testable as stated until Moyer's A6 and its epoch convention are read; the reviewers' rebuttal stands as their reading. 5. Kotel'nikov et al., Astron. Zh. 53, 1270 (1976): measured-minus-calculated Venus delays "reach 3500 microseconds, ... 500 km", different at different conjunctions [read: quoted by Wallace, L4026-4037]. Half of 3500 us times c is 525 km [calc]. This is a residual against planetary theory (ephemeris), the same order as Wallace's "3 ms"; it does not mention light speed. Wallace's reading as a "hint" against GR is his. 6. McVittie (AJ 75, 287, 1970, and a 1970 letter paraphrased by Wallace): the secrecy of Shapiro's methods and results "makes him wonder whether there is something to be concealed". A second astronomer, independent of Wallace, voicing the data-access complaint; reported through Wallace; the letter itself is unread. The published passage Wallace quotes from McVittie concerns exact n-body solutions in GR, not secrecy. 7. Hollingsworth and Shapiro letters of Nov-Dec 1969. Hollingsworth (7 Nov): "a number of reasons why it is impossible for him to persuade Dr. Shapiro or other Lincoln Laboratory people to prove that the velocity of light in space can be measured as anything else than a constant value c" (paraphrase). Shapiro (9 Dec): "too much occupied with university matters to direct any large-scale investigation" (paraphrase). Shapiro's replies are never quoted; Wallace's 3 Apr 1969 letter says "I have quoted your remarks as I remembered them". Dating wrinkle: on 18 Oct Wallace told Shapiro the cards were what he wanted, on 25 Oct he called them useless. The decks were sent; their usability is Wallace's judgement. 8. Salamin's binary-star objection (via Beckmann, 15 Mar 1990): c+v would put simultaneous redshifts on both members of binaries. Wallace conceded the prediction, cited Struve's "gas whirlpools" and Fox, and fell back on the solar-system argument [read: L4720-4745]. This is evidence against c+v with the inventor's reply beside it; Beckmann's journal (Galilean Electrodynamics, anti-relativity) printed Salamin and not the reply. 9. Einstein's falsifiability statements: to Freundlich 1913, "If the speed of light is the least bit affected by the speed of the light source, then my whole theory of relativity and theory of gravity is false" (quoted via Clark); on Dayton Miller 1921, "the whole relativity theory collapses like a house of cards", assuming Miller's experiments rest on an error [read: deep Ch.4 H]. Miller's ether-drift result is an anomaly claim not weighed in the reviews; the Polanyi line that Miller was "sent home to get his results right" is quoted by Wallace via Clark. 10. Citing literature the arbiter dropped: Rapier (Spectroscopy Letters 4, 303, 1971), Wegener and Ohrstrom (Nuovo Cimento B 30, 291, 1975), Beklyamishev's 1991 Leningrad talk on Wallace's Venus analysis (title only; content unknown), Vigier's stated "doubts on Prof. Shapiro's observations" (letter, 1989). None read.

C. Claim 2 additions

• Shapiro's side is only ever paraphrased in the correspondence. The only substantive position on record is 17 Jan 1969: the data "are not consistent with the 'ballistic theory' ... but are consistent with general relativity" (paraphrase; cites PRL 17, 933).
• A published reply exists: I. Shapiro, Scientific Ethics 1(2), 10 (1985), answering Wallace's "The Great Speed of Light in Space Coverup", Sci. Ethics 1(1), 2 (1985). Its content is not given in the book and nobody here has read it. It is the first record to obtain, and it shows Shapiro did reply in print at least once, which qualifies Wallace's statement that he refused to challenge the arguments in journals or meetings.
• Texas Symposium: Wallace names Thornton Page as editor of his paper and his sponsor at the "Fourth Texas Symposium, Dallas, 1968"; his claim that Shapiro admitted calculations assumed c and that c+v was not tested, and that the AU values varied beyond the stated errors, is his recollection of a comment session (deep Ch.5 section B). Unchanged verdict: Not testable as stated.

D. Claim 3-5 notes

• Cosmology and LaViolette. LaViolette, ApJ 301, 544 (1986), is a refereed paper that finds a tired-light model fitting four cosmological tests better than a no-evolution, q0 = 0 expanding model; it does not compare with expansion models that include evolution [read: deep Ch.2 E.3]. My earlier "Tested, not supported" for tired light rests on the supernova (1+z) light-curve stretch, which was first clearly measured by Goldhaber et al. in 2001 (35 supernovae at 0.30 <= z <= 0.70, b = 1.07 +/- 0.06) and again by the Dark Energy Survey to z ~ 1 [web: https://arxiv.org/pdf/2406.05050; https://www.osti.gov/servlets/purl/836363]. That is 15 years after LaViolette and eight years after Wallace's manuscript, so the verdict holds today but was not available to Wallace; "Historically superseded but instructive" fits as a second label for his 1993 position. Tired light also fails the CMB blackbody spectrum [memory, high; not rechecked].
• Arp. Burbidge (S&T 75(1), 38, 1988) reports that Arp's field was "deemed unacceptable by the telescope-allocation committee in Pasadena", both directors endorsed it, and that Arp listed "interminable refereeing, blackballing of speakers ... denial of telescope time". The account is Arp's through Burbidge, a sympathiser; no reply from the committee is quoted. Burbidge's best examples: three quasars near NGC 1073, Markarian 205 and NGC 4319, NGC 7603 with its companion. Verdict unchanged: Never properly tested by a neutral campaign in the record held; the telescope-time denial is a documented-in-one-review suppression account, not independently verified. I also keep Segal's chronometric cosmology (Phys. Rev. D 28, 2393, 1983), quoted only in its last sentence.
• Wallace accepts much of relativity. "I certainly have no problem with E=mc2 ... So in general, much of relativity theory is true, but many of the original arguments are not." He accepts time dilation as a real clock effect relative to an absolute frame (deep Ch.6 section 8). His rejections: the first postulate ("obviously false", citing Bergmann, Found. Phys. 1, 17, 1970), the second, and the equivalence principle. This replaces any reading of "farce" as a rejection of all of it.
• Electron point-likeness (claim 4). Retagged from [memory]: g-2 measurements bound an electron radius below about 1e-18 m (3e-18 m under the quadratic-mass scaling), and LEP Bhabha data give r < 2.8e-19 m at 95% confidence [web: search summaries; https://arxiv.org/pdf/hep-ph/0002172 for the LEP result]. The 1.1e-14 m scale is therefore excluded by four or more orders of magnitude; Tested, not supported stands.

E. Claim 6 additions (kept, not weighed beyond their source)

• Full NSF wording (Feb 1978, Holstein): "an overwhelming feeling that there is no reason to abandon the conventional and remarkably successful theories of electron and quark interactions in favor of your model which is beset with a number of fatal conceptual difficulties" [read: Wallace's quotation in his letter to Schawlow]. The difficulties are not itemised, the reviewers are not named (that they were QCD theorists is Wallace's inference), and the proposal was for $159,512 including $99,655 for a Harris computer. It was a funding refusal, not a test of the model.
• Physics Today / PRL / Sky and Telescope: letters published Aug 1981, Jan 1983, Jun 1984; a 9 Jul 1984 letter rejected 4 Jan 1985 (Lubkin, paraphrased); "two more rejections"; a 14 Jan 1988 letter apparently not published; S&T's Fienberg declined to review in its News Notes (about spring 1988). A PRL paper rejected "without sending it to a referee" (c. 1983-84; title and date not given). Wallace links these to the editor's later resignation; the AIP notice says only "to pursue other interests", so the causal link is his inference. The 1969 PRL episode (referee 15 Aug, Goudsmit 11 and 23 Sep) is Wallace's account in a 1983 letter; the reports themselves are not reproduced.
• R. R. Wilson address (Physics Today 39(7), 26, 1986): "we should ostracize the culprit and hold up for years any publication by the use of our well-practiced referees". Wallace concedes it may be a joke. Beckmann (Galilean Electrodynamics) declined to print his reply to Salamin, which is notable as an anti-relativity journal.
• Pulkovo (Tolchelnikova's 1988 letter, via Wallace): "Two scientists were dismissed because they discovered some facts which contradicted Einstein"; two women anti-relativists forced into early retirement and later reinstated under Director Abalakin; Alexandra Schpitalnaya named as reinstated. One source (the book relaying letters and conversations); no names or dates for the first two. Wallace's inferences about surveillance of mail and KGB permission are his.
• Langmuir. Wallace applies only criteria 1 and 4 in detail (SR as an undetectable cause; quarks; Big Bang as "fantastic theories contrary to experience"); Langmuir's criterion 1 concerns a claimed effect near threshold, so the SR application does not fit Langmuir's definition. This weakens the Langmuir comparison for SR and QCD further; the standing verdict stays.
• Soviet radar and the "Star Wars" inference. Of 15 items Wallace offers for military secrecy, none quoted ties secrecy to the speed of light or planetary radar; the link is his, formed after reading R. J. Smith, Science 221, 133 (1983), 14 years after the 1968-69 events (deep Ch.5 section I). Competing explanations in the text: data did not exist in the requested form; ordinary data ownership (Hollingsworth reportedly needed Shapiro's permission); scientific disinterest; personal friction (Wallace's letters: "you can't bluff me", "sink or swim", "pulled a fast one"); military classification (his hypothesis). The first two are the stated reasons in the documents; the last has only circumstantial context. McVittie's complaint is a second voice on reticence, without a military claim. I keep my earlier "not excluded; not supported" for classification.
• Santilli and Soviet items (Santilli's salary allegations; Parshin's Ives-type experiment published in a Soviet journal without his theory; Minsk meeting of 40-50 physicists in Feb 1990; Hayden's remark that SR is "inherently irrefutable"): reported by Wallace from letters and conversations, one source each, no second source, nothing to rate. Parshin's data are the one that could be checked if the journal is named.

F. New claim 7: eclipse light-bending data were selected ("Trimming and Cooking")

Claim. Wallace cites F. Schmeidler, Sky & Telescope 27(4), 217 (1964): a plot of shifts for 92 stars from the 1922 eclipse "going in all directions, many of them going the wrong way", and says the 1919 and 1922 results "depended very strongly on the manner for reducing the measurements and the effect of omitting individual stars"; he concludes the Einstein legend rested on trimming and cooking, motivated by Cambridge's wish to avoid the disgrace of Eddington's conscientious-objector status (via Chandrasekhar, Am. J. Phys. 47, 212, 1979) [read: deep Ch.3 section 1, L2425-2440].

What is documented. The only number is 92 stars; no deflection value, no prediction, no error bars. The source is a 1964 popular article, 42 years after the event, read through Wallace's paraphrase. Chandrasekhar's text gives the deferment mechanism (Dyson arranged Eddington's deferment on condition he lead an expedition if the war ended by 1919), not any statement about data handling. The 1922 plates (Wallal, Australia) and the 1919 plates (Principe, Sobral) are different expeditions. Wallace's own paragraph says both that stars shifted the wrong way and that the data favoured a larger shift, without reconciling them. Essen (letter, 1989) mentions a former Pulkovo director who argued the eclipse results "did not support Eddington's claim" (one letter; unread).

Test against the record. Radio deflection of quasars by the Sun, free of optical plate reduction: Lebach et al. (1995) gamma = 0.9996 +/- 0.0017; Shapiro et al. (2004) gamma = 0.99983 +/- 0.00045 from geodetic VLBI 1979-1999 [web: https://link.aps.org/doi/10.1103/PhysRevLett.92.121101; https://arxiv.org/pdf/0903.1615 per search results]; spacecraft ranging gives 2e-5 (Cassini, above). Gamma = 1 is the GR value. So, whatever the 1919/1922 plate reductions did, the deflection is established at the 1e-4 level. A modern reanalysis of the 1919 plates exists (arXiv 1409.7812, "The 1919 measurement of the deflection of light", listed in the search; unread by me).

Verdict (claim 7, split): - Schmeidler's 92-star scatter and reduction-sensitivity as Wallace reports them: Never properly tested here (the paper is unread; the claim is testable and has not been checked). - Light deflection by the Sun as a physical effect: Established (modern radio and spacecraft data, above). - That the 1919 and 1922 data were trimmed and cooked to protect Cambridge: Not testable as stated for motive; the data-handling part is checkable against Dyson-Eddington-Davidson (1920) and the plates and is Never properly tested by Wallace. Chandrasekhar is not evidence of data manipulation.

What would settle it: Schmeidler 1964 (does he claim bias or merely scatter, and is the mean above or at prediction?), the 1919 and 1922 papers, and the 1919 plate re-measurements.

G. Essen, Whittaker and Einstein-and-the-ether material (retained, peripheral)

• Essen (OUP booklet 1971, ref 55): built the first caesium clock (1955); argues thought-experiments cannot give new knowledge, length contraction and time dilation are "a new system of units", the clock paradox is inconsistent, "there is no experimental support", "accelerations are always involved" in time-dilation experiments, and the mass increase was predicted by electromagnetic theory and confirmed by Kaufmann before relativity [read: deep Ch.3 section 2]. No numbers or named experiments in the excerpts. Verdicts: the interpretive claims Not testable as stated; "accelerations are responsible for observed dilation" Tested, not supported by the record that includes muon storage ring lifetimes and Ives-Stilwell [memory, high; not rechecked here]; Kaufmann/Abraham-Lorentz: Historically superseded but instructive (the electron models gave different velocity laws, which later data separated) [memory, medium].
• Priority (Whittaker's chapter title "The Relativity Theory of Poincare and Lorentz", via Pais p.168; Lorentz 1904 and Einstein 1905 quoted from the Dover Principle of Relativity): a documentary question, answered by dated publications; it does not bear on whether the physics is right. Not rated.
• Einstein and the ether (Leiden 1920; Einstein-Infeld 1938; Shankland's 1950-52 notes and Ono's account of the 1922 Kyoto lecture): documented in quoted texts. Ono's record has Einstein citing Michelson's null result as a path to relativity, which cuts against as much as for the "hid the Michelson-Morley influence" reading. Wallace says McCrea was surprised to learn Einstein called relativity an ether theory; a one-person recollection.

H. Revised verdict summary

I. Defects not fixed by me (for the owner and the Investigator)

Obtain next: Shapiro, Sci. Ethics 1(2), 10 (1985); Evans et al., AJ 70, 486 (1965); Ash, Shapiro and Smith, AJ 72, 338 (1967) (parameters fitted, Fig. 4); Moyer 1981 eq. (A6); McVittie, AJ 75, 287 (1970); Kotel'nikov et al., Sov. Astron. 1976; Schmeidler 1964; the 1971 radar paper (Spectroscopy Letters 4, 79); the Radar Astronomy (1968) p.159 sentence. Web checks used in this revision: 3 (supernova time dilation, VLBI deflection, electron size); the rest of the [memory] items listed above remain unchecked. The 1969 PDF is not saved in research/files/ (owner approval was pending).