Arbiter: zzz-Unknown ("The Subquantum Plenum", R. N. Boyd)

Inputs weighed: physicist.md, mathematician.md, contrarian.md, facts.json, claims.md, deep/, sites.md, research/. Tags: [read] document or saved research file, [web] URL, [memory] with confidence, [calc] my own arithmetic (numpy, rerun here). Terms: statvolt = CGS voltage unit, 1 statvolt = 299.79 V; "La Sage" pressure gravity = push gravity from a flux of fast particles.

Source gap note: none. The single document (Subquantum.Plenum.doc, an unsigned essay) was extracted as text. The one equation was not seen as a rendered page image, but the mathematician showed that Boyd's own RTF copy contains the identical typed text, so the garble is in the source, not the extraction [read: research/files/boyd-wayback-subquantum-plenum-peer-reviewed.rtf, via mathematician]. Several conclusions rest on the Investigator's [web] transcriptions that no reviewer checked against scans (Piggott 1920 magazine scan, Miller 1933, Shankland 1955 text, Kehr, Vassilatos); where a verdict depends on those, it is flagged.

Corrections adopted from Step 2 (all three reviewers agree)

• Author is Robert Neil Boyd (identical text on Boyd's own site; Klein and Boyd cite it) [web: research/2026-10-04-wayback-rialian.md]. He is an interested party: he wrote it, and his own CV claims (Los Alamos plasma test, NASA ranging, Gariaev staff 2004) are his self-description, unchecked.
• Mendeleev (1904 primary text): about 1e-6 of hydrogen at about 2,250 km/s, bounds 9.6e-7 to 5.3e-11; in 1869 he "dared not put forward such a proposal" [web: archive.org/details/cu31924012371096]. The essay's 1e-8 / 2.5e6 m/s / "1869" is not Mendeleev's. The proposal itself is real.
• Dehmelt: Penning trap (not Paul), 10 months stored, lecture makes no claim against uncertainty [web: research/files/dehmelt-1989-nobel-lecture.pdf].
• Boyd's own 2001 page says of the electron "the Uncertainty Relation holds" [read: research/files/boyd-wayback-heisenburg-refute.htm]; the essay claims the opposite. Kept as a self-contradiction.
• Piggott: 11 mm balls, about 500,000 volts (not statvolts), ground "can be entirely eliminated", about 1.25 s retention; Chicago resident per 1911 patent, not France [web: rexresearch.com/piggott/piggott.htm; transcription, scan unread].
• Webb et al. (essay ref 30) measures the fine-structure constant, not Planck's constant. Haisch-Rueda-Dobyns (ref 26) is a zero-point inertia paper, not PEAR.

Numbers where reviewers differed (recomputed here)

Web checks done by the arbiter

• Webb 2001 value: checked, see above [web: https://arxiv.org/abs/astro-ph/0012539].
• Shankland 1955 re-analysis of Miller: confirmed that it ascribed Miller's systematic residual to local temperature conditions and statistical fluctuations, concluding Miller's Mount Wilson data are consistent with null; Reviews of Modern Physics 27(2), 167 [web: https://scispace.com/papers/new-analysis-of-the-interferometer-observations-of-dayton-c-53szixduhi]. The search summary also says the thermal gradients were worse at Mount Wilson than elsewhere. Note that this is a re-analysis of old data; defenders (Allais, Cahill [memory, medium]) dispute it, and I did not evaluate that dispute.
• Not checked within budget, so still [memory]: modern isotropy limits (physicist cited Eisele et al. 2009 at 1e-17 with URL [web], accepted); PEAR effect size and 2007 closure (medium); Salart 2008 lower bound on signal speed (medium); the Laplace/Le Sage dates. None of the verdicts depends on these alone.

Corrected claim list with final verdicts

Verdict scale as in Step 2. Splits are stated part by part.

Claim 1. Aether as a gas of very light, fast "subquantum / Zero Group" particles (Mendeleev, Tesla)

Agreement: all three split it into a historical part and a modern part. Disagreement: only on tone. The contrarian adds that a substrate is not fringe in itself (Dirac 1951, Bohm-Valentini non-equilibrium, Puthoff-Haisch zero-point field [memory, medium]) and that special relativity excludes a detectable preferred frame, not a medium as such (the physicist makes the same point: Lorentz-ether theory is empirically equivalent to special relativity). Stronger argument: the physicist and mathematician on the essay's own numbers (a 2.5 K gas, inconsistent with a hot, pervasive, later "superluminal" medium) and on missing densities, couplings and cross-sections. Final verdict: - Mendeleev's 1904 ether gas: Historically superseded but instructive. - The essay's version (a gas whose mass, speed and properties are rewritten as needed; "Planck's constant vanished" for it): Not testable as stated. What would settle it: the essay's author would need to state a number density, a coupling to ordinary matter and a velocity distribution; a prediction (for example a direction-dependent, mass-dependent force) could then be tested. A calculation: show the stated mass and speed are compatible with the claimed superluminality (they are not).

Claim 2. Gravity and inertia as La Sage pressure; light bending as refraction

Agreement: strong form fails; refraction can be matched arithmetically. Disagreement: physicist calls the weak form "Established as equivalence"; mathematician and contrarian call it "Plausible, untested". I side with the latter pair: the arithmetic (n - 1 = 4.2e-6 at the limb gives 1.75 arcsec) is established, but the essay supplies no profile, no link from gas density to n, and ordinary gas refraction is dispersive while measured bending is the same across radio and optical bands [memory, medium-high]. A re-description of GR for one observable is established; a physical gas that causes it is untested. Strong form (push-gravity gas replaces GR): the argument is a dilemma. If the flux is absorbed it heats bodies (about 6e40 W for Earth at Laplace's lowest speed, corrected from 1.2e41 W in the QE revision [calc]); if it is not absorbed there is no net force; if slow (the essay's 2.5e6 m/s) the drag kills Earth's orbital momentum in about 13 years [calc]. The essay's own two speeds (sub-light gas in claim 1, superluminal flux here) are mutually inconsistent. A caveat the reviewers should have stated: the "refutation" holds for the classical Le Sage model as the essay describes it; I have not seen a modern variant that evades it and the essay does not offer one. The essay also contains a historical error: "About 1853, Laplace" (Laplace died in 1827) and "Le Sage developed a differential form of special relativity" (Le Sage died 1803) [memory, high on death dates]. Final verdict (split): - Push-gravity gas in the form given: Refuted by calculation (heat and drag dilemma); the sub-light version also Tested, not supported (it would have slowed the planets). - Refraction as the cause of solar light bending: Plausible, untested (arithmetic works; not a distinguishing test). - "Reproduces all of relativity": Not testable as stated (nothing computed beyond one deflection angle; perihelion advance, redshift, waves unaddressed). What would settle it: derive the density profile that gives n(r), then compute Mercury's 43 arcsec/century, the Shapiro delay and the colour independence of the bending. Any failure ends it. The author's own proposed test (log light speed and gravity force together and correlate) was never run and, given the 1e-17 isotropy limits, would be expected to give zero variation.

Claim 3. Positive discharges above about 500,000 statvolts neutralise gravity (Piggott 1920); Tesla transformers conduct aether

Part 3A, Piggott. Agreement: never tested as a gravity effect; the numbers fit ordinary electrostatics. The contrarian's charge figure was wrong (see table) but his conclusion matches the physicist's and mathematician's. Evidence stated fairly: Piggott's primary account is more careful than the essay (Boyd's own 2006 page says "exceeding 400,000 statvolts" and 500,000 for Piggott, so the author is also inconsistent with himself [read: research/files/boyd-wayback-laplacian-*.htm]) (apparatus, size, 3 atm dried air, dark belt, aura, 25 cm, 1.25 s); the essay's "statvolt" figure is a factor of about 300 off from Piggott's 500,000 volts, and the essay (and Vassilatos, who says the opposite) misstate the role of the ground. Nobody measured weight. The only report found is Piggott's own (an interested party for his own device). Earnshaw's theorem forbids stable levitation in a purely static field, but corona ion wind and a rotating Wimshurst machine are not static, and Piggott saw oscillation. Part 3B, Tesla. Agreement: source is Vassilatos (popular author whose publisher sells the book: commercial stake) and Boyd's own page quotes him; no instrument, bandwidth or current measurement is given. At 10 kV per inch a 100 MV coil would be about 254 m of winding on the essay's own figure [calc by mathematician; 1e8 / 1e4 = 1e4 inches = 254 m, confirmed]. Aetherometry (Correa) is an interested party's related work with no independent test found. Final verdict (split): - 3A: Never properly tested as a gravity effect (not dismissed after a test; no weight measurement, no replication on record). The levitation of small charged objects itself: Plausible, untested as conventional electrostatics/ion wind. - 3B: Not testable as stated ("no measurable current" with no measurement protocol); Never properly tested for any numerical claim. What would settle it: rebuild a pressurised Wimshurst machine and hang the ball on a balance, in a shielded and an unshielded configuration, with and without ground, and measure weight change against force on a neutral control. Also read the 1920 magazine scan (worldradiohistory EE-1920-07.pdf, unread) to check the transcription, especially the 1.3 g vs 7.3 g mismatch.

Absence-of-evidence analysis (Piggott). The record after 1920 is thin: the 1911 patent, the 1920 article, R. A. Ford's book Homemade Lightning (McGraw-Hill), which reprints the Piggott article [read: research/2026-10-04-rexresearch-piggott.md], then Vassilatos 1990s. Competing explanations: (1) obscurity, a single magazine demonstration nobody found worth repeating; (2) the effect is conventional electrostatics so there was no news; (3) nobody tried with a balance; (4) suppression. For (1), (2), (3): consistent with the thin record, and the 1920 popular press had little interest in such demonstrations [memory, low]. For (4): no evidence located; none expected either, since no organisation had a stake documented. Records that would decide: patent assignments or company records for Piggott, Chicago newspapers 1920 (Chronicling America, Illinois Digital Newspaper Collections), the original scan, and any modern balance test.

Claim 4. Ether-drift records show light-speed variations up to 3000 m/s; Earth-entrained aether

Agreement: the 3000 m/s figure is unsourced and not what the instrument measures; drift claims are not supported by modern tests. Disagreement: mathematician says "Refuted by calculation" for the figure; physicist and contrarian say "Not testable as stated". Ruling: the mathematician's dilemma (3 km/s wind gives 0.004 fringe, below the 1887 reading limit; a true 3 km/s change in c gives about 400 fringes, never seen [calc]) shows the figure cannot be a result either way, but it does not refute a source I cannot find. I rule: the figure is Not testable as stated (no source, wrong quantity). Evidence kept in the record: Miller's long Mt. Wilson programme gave about 10 km/s [memory, medium]; re-analysed by Shankland 1955 and attributed to temperature [web, above], but the old data cannot be re-run and defenders contest it, so it was answered by re-analysis, not repetition. Michelson-Pease-Pearson 1935 recorded "strange, unexplained cyclic drifts" and a 22 km/s gap between campaigns (299,774 vs 299,796 km/s, fractional 7e-5) that was never resolved [web: otherhand.org Irvine Ranch page]; it is a real metrology anomaly but nothing ties it to an aether. Silvertooth reported 378 km/s toward Leo (his own report, no data graphs per Marett); Marett's independent 2011-12 replication reproduced the 12-hour pattern, then traced it to temperature drift of the laser beam angle; this is one published web report by someone who hoped for a positive result; no second replication found [web: conspiracyoflight.com/Silvertooth/Silvertooth.html]. The contrarian's observation that the pattern was real (reproduced) while its cause was thermal is fair. Modern resonator tests limit anisotropy of c to about 1e-17 [web: Eisele, Nevsky, Schiller 2009]. One qualification: a gas entrained by the Earth is not excluded by tests designed for a stationary aether, but the essay gives no entrainment model, so the entrainment part has no prediction. Final verdict (split): - Aether drift from Miller, Kehr (unreadable, reference only), Silvertooth: Tested, not supported. - Specific "3000 m/s variation in the Michelson-Morley records": Not testable as stated. - Irvine Ranch 22 km/s discrepancy: unexplained historical metrology difference, kept open; not evidence for an aether. What would settle it: obtain Kehr; check the 3000 m/s against Maxwell p.436 and the essay's other pages; for Miller, re-analyse the digitised raw data with an independent thermal model (a published attempt exists in the search results: arXiv physics/0608238, unread by me).

Claim 5. Dehmelt's trapped electron and Boyd's photon "proof" refute the uncertainty principle

Agreement: all three reject. Dimensional error: momentum (kg m/s) cannot equal rest mass (kg). The trap numbers (0.39 micrometre, 148 m/s) show the electron is not at a fixed point. Boyd's photon argument conflates an infinite plane wave (position undefined) with a 10 fs pulse (bandwidth 8e12 Hz). Boyd's own 2001 page says the argument fails for electrons. Dehmelt's lecture does not claim a refutation. Disagreement: physicist says "Refuted by calculation" for both; mathematician and contrarian say the photon argument is "Internally inconsistent". Ruling: both labels apply to the photon argument; I use Internally inconsistent for the photon part and the author's two texts, and Refuted by calculation for the electron part. The contrarian's strongest honest case is kept: Bohmian mechanics treats indeterminacy as a limit on knowledge of initial conditions, and Valentini's non-equilibrium hidden variables are a real research programme; but the essay's "local hidden variables exist" runs against Bell tests (loophole-free from 2015 [memory, high]). Final verdict (split): - Electron: Refuted by calculation. - Photon: Internally inconsistent. - Non-local hidden variables in general (Bohm type): Plausible, untested as to measurable departures from quantum mechanics; the essay does not establish it. What would settle it: nothing further is needed for the electron and photon arguments (calculation suffices). For Valentini-type claims: a measurement of a system in a state departing from the Born distribution, for example relic cosmological photons.

Claim 6. Superluminal subquantum carriers; attention and intention alter antenna patterns and the quantum potential; Gariaev genetics

Agreement: no data, no model. The mathematician adds an internal clash the others did not state: the quantum potential Q = -(hbar^2/2m)(laplacian R)/R vanishes if hbar = 0, so a medium in which "Planck's constants have vanished" cannot carry Bohm's quantum potential; and zero mass means speed exactly c, not above it. I accept both points as correct [memory, high; algebra standard]. Stronger argument: the mathematician on internal inconsistency; the contrarian's honest-case point that the no-signalling theorem rests on the Born rule and Valentini argues signalling is possible outside quantum equilibrium, so faster-than-light information is not logically absurd. These do not rescue the essay, which has neither. Evidence kept: Gelinas/Honeywell vector-potential patent family (US 4,432,098; a corporate assignee's description, finite propagation speed assumed, so it does not support superluminal signalling) [web: Google Patents]; PEAR was a real, openly published programme with very small effects (about 1e-4 in bit probability) and mixed independent results [memory, medium, not web-checked]; Gariaev's results are published by his own group (interested party); Boyd joined that staff in 2004 by his own statement. Absence-of-evidence analysis (the 1999 "Los Alamos archive" paper, "removed about 2000"; French follow-ups). Competing explanations: 1. Author withdrew it. Evidence for: the essay says it was removed. Against: arXiv retains withdrawal notices with metadata, and three Investigator Google queries found no listing; if this were an arXiv withdrawal, one would expect an entry [memory, medium on arXiv policy]. 2. Moderators rejected it before listing. For: leaves no public record; fits a fringe topic. Against: the essay says it was posted. 3. Hosted elsewhere (a personal or group server) and misremembered as "Los Alamos". For: Sarfatti-group and quantum-mind circles circulated papers on several servers. Against: no host named. 4. Misremembered or second-hand account. For: no title, author or number is given even by Boyd's 2002 pages. Against: no evidence of the reverse. 5. Suppression. No evidence located; none expected if the paper never existed in checkable form. No explanation is favoured by the record. Records that would decide: arXiv listings and the withdrawn-paper log for 1999-2000, Quantum-Mind list archives (University of Arizona listserv), Sarfatti-group correspondence, the French experimenters (never named). Silence in the Investigator's three queries is not contradiction; equally, a claim whose key paper cannot be named cannot be weighed as data. Final verdict (split): - Superluminal subquantum carriers of quantum information: Not testable as stated (and internally inconsistent with hbar = 0 and with the m -> 0 limit). - Operator attention changes antenna pattern or quantum potential: Never properly tested (key paper unlocated; not dismissed after a test). - Gariaev genetic transfer: Never properly tested by a neutral party (as far as found; the reviewers did not search for replications). What would settle it: identify the paper; failing that, the antenna experiment is simple to specify (log the pattern with a blinded operator changing state, predeclared statistics).

Claim 7. Klein-Gordon-type equation with free K; Planck's constant varies

Agreement: the algebra is right (i d/dr [exp(-iKr) lambda] = K exp(-iKr) lambda), and the result is the ordinary Klein-Gordon equation with a separation constant; mass is already free there, so nothing new. Mathematician's added finding, accepted: the first line as typed is "d'Alembertian r", which is zero or meaningless; the intended reading (box applied to theta) is an inference, not stated by the author [read: Boyd's RTF copy]. Sign: K = -m^2 or +m^2 depends on signature; in SI K has units of 1/length^2. The parametrisation resembles proper-time evolution (Nambu 1950, Fock, Stueckelberg) [memory, medium; Nambu's paper exists at academic.oup.com/ptp/article/5/1/82/1857573, content not read]. Planck's constant: the cited paper measured alpha at -0.72 +/- 0.18 e-5 [web]. Only dimensionless combinations are measurable, so a change in alpha does not say which of e, hbar or c moved. Later results conflict between telescopes [web via mathematician: academic.oup.com/mnras/article/464/3/3679/2514573]. The contrarian's fairness point stands: the community did test it (Physics Today called for confirmation or refutation), so this claim was not suppressed. Final verdict (split): - The equation: Established (as mathematics; it is the standard Klein-Gordon equation with a separation constant, conventions to be fixed, no new content); as a mass-spectrum prediction, Not testable as stated. (QE revision: label mapped to the scale.) The physicist's "Plausible, untested" and the mathematician's "Established as mathematics" are both fair. - "Planck's constant is not constant, per experiment": Not testable as stated (the cited source concerns alpha). The related alpha-variation question: Plausible, untested as a cause of anything the essay claims; the measurements themselves have been made and give conflicting results between telescopes (open, not suppressed). (QE revision: "Never properly settled" was off the scale.) What would settle it: a statement of which dimensionless quantity the author means; then compare with quasar and clock limits.

Where the reviewers disagreed, in one list

1. Weak form of claim 2: physicist Established, mathematician and contrarian Plausible, untested. I side with the latter.
2. 3000 m/s figure: Refuted by calculation (mathematician) vs Not testable as stated (others). I side with the others, for want of a source.
3. Photon argument: Refuted by calculation vs Internally inconsistent. Both are defensible; I use the latter.
4. Contrarian numeric slips (2,500 K; 1.8 microcoulombs) and mathematician's Webb figure: corrected above. The contrarian's qualitative conclusions were unaffected.

Interested parties and how they are reported

Boyd (author of essay and of the sources he cites on his own pages); Vassilatos (publisher sells the book); Silvertooth (reported his own 378 km/s); Marett (hoped for a positive result, found a systematic); Gariaev (reports his own genetics results); Honeywell (patent assignee); Correa (aetherometry). Their descriptions are theirs. Critics Shankland and Sherwin are institutional scientists with no commercial stake documented here; nothing about their stake was found.

Open questions

• What is the 1999 paper? (claim 6)
• Is the Piggott transcription faithful (1.3 g ball, 25 cm, ground role) and would a balance test show any weight change?
• Would an independent thermal-model re-analysis of Miller's raw data reproduce Shankland's conclusion?
• What did Kehr report, and what does Vassilatos pp. 252-253 actually say?
• Do Boyd's later papers (Boyd and Klein, Christianto-Smarandache-Boyd, 2006-2024; the STG-IX 2006 submission "publication pending") supply the missing derivations? Not read by any reviewer.
• Boyd's CV claims (Los Alamos plasma test, NASA ranging, Project Greenglow) are unchecked; OSTI/DOE records could test them.
• Which dimensionless quantity does "Planck's constant varies" mean?

Headline verdicts

1. Aether gas: Mendeleev 1904 Historically superseded but instructive; essay version Not testable as stated.
2. Push gravity: Refuted by calculation; refraction of light Plausible, untested; "all of relativity" Not testable as stated.
3. Piggott: Never properly tested (ordinary electrostatics fits the magnitudes); Tesla "aether conduction" Not testable as stated.
4. Ether drift: Tested, not supported; 3000 m/s Not testable as stated; Irvine Ranch anomaly kept open.
5. Uncertainty refutation: electron Refuted by calculation; photon Internally inconsistent; non-local hidden variables Plausible, untested.
6. Superluminal carriers Not testable as stated; intention-antenna and Gariaev Never properly tested; the missing 1999 paper is an unresolved anomaly.
7. K-equation: Established as mathematics, trivial; Planck variation Not testable as stated.
8. (Added in QE revision) Longitudinal vacuum EM waves: existence Never properly tested; superluminal communication from them Not testable as stated (the cited theories give speed c).

Overall: the essay is a gathering of secondary retellings with almost no derivation; where it can be checked it contains unit and dimension errors and misquotes its sources. Several underlying questions (substrate theories, alpha variation, the Irvine Ranch scatter, an untested Piggott rebuild) remain legitimately open, and they stay in the record whatever the verdict on the essay.

QE revision

Source: qe.md (verdict MINOR). No deep reads were ordered by QE; the existing deep read already quotes the passages behind the missed claims (deep/Subquantum-Plenum-623ba4.md, "Other asserted claims" and the Boerner citation block), which I re-read for this revision [read]. I had no web access in this pass, so the mainstream context below is [memory] with the confidence marked; none of the new verdicts rests on it alone, and each says what check would firm it up. No headline verdict (claims 1 to 7) changes. Changes are to labels, one number, and added claims.

Numbers and wording corrected

• Earth heating: 6e40 W, not 1.2e41 W. Absorbed momentum p arrives with kinetic energy p u/2 in the non-relativistic reading, so P = F u/2. Redone [calc]: F = M_E g = 5.97e24 x 9.8 = 5.9e25 N (the arbiter's F = M_E g scale, not the Sun-Earth force 3.5e22 N); u = 7e6 c = 2.1e15 m/s; P = 5.9e25 x 2.1e15 / 2 = 6.2e40 W. Per kilogram: 9.8 x 2.1e15 / 2 = 1.0e16 W. The primer is right; the arbiter's table omitted the 1/2. The conclusion (absurd heating) is unchanged.
• The primer's additions are accepted and now traced here: a geometric drag factor 8 pi r^2 / (3 sigma_B) of 1.2e5 (taking the Sun absorbing over its whole disc, the most favourable case) [calc, primer section 5]; stopping times of about 1 hour (u = 2.5e6 m/s) and 9e4 years (u = 7e6 c); and a required u greater than about 3.5e11 c for Earth's orbit to survive 4.5e9 years. These strengthen the claim 2 verdict (Refuted by calculation for the gas as described). They are tighter than the reviewers' rough F v/u figures (13 yr and 1.1e10 yr), which stay in the table as the first-order estimate.
• At u = 3.5e11 c = 1.05e20 m/s, heating is 9.81 x 1.05e20 / 2 = 5.1e20 W per kg [calc]. The primer's Answer 2 says "about 5e19 W" and is out by a factor of 10; it should read about 5e20 W per kg. (To be fixed in primer.md.) No single u keeps both drag and heating small.
• Piggott: "1.3 g" appears twice in the transcription (body text "1-3/10 gram" and Fig. 1 caption) [read: QE spot check 5, research/files/rexresearch-piggott-electro-gravitation-1920.htm]. A copying slip is therefore less likely than hollow balls or a different size; the 1.3 g versus 7.3 g solid-silver mismatch stays open until the scan is read. The rexresearch copy of Vassilatos says "500,000 electrostatic volts" [read, per QE]. The essay's "statvolts" most probably comes from reading that phrase as the CGS unit, so the factor-300 slip is in the essay's (or a retelling's) wording, not in Piggott's. This revises the attribution in "Corrections adopted", not the verdict.
• Dehmelt: his lecture also shows a barium ion in a Paul trap (Fig. 5) [read, per QE spot check 3]. That is a likely source of the essay's "Paul trap". The electron was held in a Penning trap; this is a plausible explanation of the error, not proven.
• Evidence added to claim 4: Sherwin 1989 published a critique of Silvertooth's experiment [memory, medium; named in sites.md, I did not read it]. It is an institutional scientist's critique with no commercial stake found, beside Silvertooth's own report and Marett's replication.
• Verdict-scale mapping: claim 7a is now Established (as mathematics); 7b alpha question is restated as above. Both edits are made in the claim text.

New and previously unweighed claims

Claim 8. Longitudinal electromagnetic waves exist in the vacuum and give "virtually infinite" bandwidth and instantaneous (superluminal) communication. The essay quotes Rochus Boerner, citing Barrett 1990, Evans' O(3) theory and Lehnert 1994, who says such waves "would provide for instantaneous (superluminal) communication and thus utterly destroy Einstein's relativity theory" [read: deep read, Boerner block]. It also cites patent US 4,432,098, already in claim 6. - Mainstream view, stated fairly [memory, medium]: Maxwell's equations in empty space give only transverse waves, so longitudinal vacuum waves need a modified theory. Lehnert's extended electrodynamics (a nonzero charge density from the vacuum) and Barrett's use of larger gauge groups are published proposals; Evans' O(3) electrodynamics drew published critiques. In those proposals a longitudinal mode, if present, has a definite finite speed, and the ones I know of use speed c or less. So the essay's step from "longitudinal waves" to "superluminal communication" is Boerner's inference, not something the theories he cites provide. - Mathematics: I did not see the cited derivations; the essay gives none. - Tested: no detection by anyone is cited; I did not search for one. Not found is not the same as not tried. - Final verdict (split): existence of longitudinal vacuum EM waves in extended theories: Never properly tested (no reported neutral detection; dismissed on theoretical grounds by many, which is not the same as a test). Superluminal communication from them: Not testable as stated (the cited theories give finite speed, no mechanism is shown). - What would settle it: a detector built for a longitudinal field component with a known source, measured against a transverse-wave control and a timing test over a known path; or the derivation in Barrett or Lehnert of a propagation speed above c (I do not believe it exists; check).

Claim 7c. The Fractional Quantum Hall Effect "proved experimentally that quanta can be subdivided, perhaps infinitely" (ref 17). Mainstream view [memory, medium-high]: the FQHE (Tsui, Stormer, Gossard 1982; Laughlin 1983) is a collective state of many electrons in a strong magnetic field whose quasiparticles carry charge e/3 and similar fractions. It is not a division of the electron or of an energy quantum, and the elementary charge of any free particle stays e. Shot-noise experiments in the late 1990s measured the fractional charge [memory, medium]. Verdict: Not testable as stated ("quanta subdivided, perhaps infinitely" has no measurement). The measured fractional charge itself: Established, but of collective excitations, so it does not support the essay's use. Check to firm up: Laughlin's 1998 Nobel lecture.

Claim 3C. Tesla's geophysical claims (Vassilatos retelling, ref 1): the crust resists aether flux so electrons form in it, explaining the molten core, the planet's net negative charge and a correlation with lightning rates; "incoming aether flux waves" arrived with "unfailing regularity", with zero output at 180 degrees out of phase [read: deep read]. The source is Vassilatos (publisher sells the book), and Tesla's own notes are not cited. Earth's negative surface charge and the global electric circuit driven by thunderstorms are standard measured facts; the explanation by aether flux is the essay's. Verdict: Not testable as stated (no quantitative prediction; the flux is undefined). The regular signals Tesla reported: Never properly tested as an aether effect (Tesla's own account via a secondary retelling; no instrument record). This keeps the claim in the record.

Claim 4b. Gravity "constant" is an average with fast transient and periodic variations (ref 7). The essay proposes correlating light speed with gravity force. Context [memory, medium; web check not done]: measurements of the gravitational constant G disagree among laboratories by more than their quoted uncertainties, which is a real, documented scatter; the accepted explanation is unrecognised systematic error, and proposals of periodic variation have been published and disputed. The scatter is not evidence for the essay's mechanism. Verdict: Never properly tested as stated for the essay's mechanism (the correlation was never run); the G scatter itself is an open measurement problem, kept in the record. The 1e-17 isotropy limit in claim 2 still makes a light-speed variation of the size needed unlikely.

Peripheral essay arguments, folded into existing verdicts. - QED virtual photons "clearly violate" energy conservation, and QED is on "shaky ground": inherits claim 5. The energy-time uncertainty relation, which the essay disputes, is what the usual heuristic uses; the essay's premise (uncertainty refuted) failed, so this argument has no support from it. Verdict follows claim 5; the reader should be told this explicitly (in the primer). - Tunnelling as dissolution and reformation of the electron "in 1999, we suggested": Not testable as stated (the essay says it may be investigated "when new measurement apparatus becomes available"). Standard quantum mechanics predicts tunnelling rates and delay times already measured; the essay offers no number to compare. [memory, high on the standard prediction]. - Field momentum: EM waves carry momentum (p = E/c), and the essay asks what conveys it "if not a particle with the attribute of mass". Mainstream: a massless field carries momentum and energy; photons have zero rest mass, so mass is not required. Verdict: the argument fails (Refuted by calculation: p = E/c is a standard result of Maxwell's equations, shown with the Poynting vector). This is a teaching point for the primer. - Cherenkov radiation and shock waves as analogies for superluminal carriers: analogy only. Cherenkov light is emitted by a charge moving faster than light in a medium (light's speed there is below c), so it does not support speeds above the vacuum c. Eberhard (1978), cited for superluminal transfers having "other causes", is a no-signalling theorem; the essay reads it the other way [read: essay; memory, medium on Eberhard's content]. Verdict: Not testable as stated. - Names the essay cites and the record previously dropped: Stubblefield and T. T. Brown (said to have run power "forever" with Tesla), DePalma 1991 (IECEC), Kanjen and Poponin (wave-genome "media memory"), Crookes 1892 on Tesla. Not reviewed; kept in the record as the essay's retellings (Never properly tested; claims about devices without data).

Retention restored

Added to the record here, from QE section 6: PEAR (a real, openly published programme; very small effects, about 1e-4 in bit probability, mixed independent results [memory, medium, not web-checked]; the essay's ref 26 is Haisch-Rueda-Dobyns 2001 on zero-point inertia and is mislabelled as PEAR); Correa's aetherometry (interested party, Tesla-coil "massfree" radiation, no independent test found); the 400,000 versus 500,000 statvolt variants in Boyd's own pages; the essay's hosting at noosphere.princeton.edu (Global Consciousness Project) since 2016, which is hosting context and not endorsement; Boyd's self-described record (Project Greenglow 1999 to 2005, Sarfatti group 1998 to 2001, Los Alamos plasma test, NASA ranging, Gariaev staff 2004) as his own unverified description.

Related work, not reviewed: T. J. J. See (push gravity), Shoulders' "exotic vacuum objects", Kropp's vector-potential patents, Gradient Dynamics US 9,306,527 (sites.md, Priority 3). Open question: do any of these supply the numbers the essay lacks? Not read by any reviewer.

Verdict changes in this revision

File: review/zzz-Unknown/arbiter.md