QE (Step 4b): zzz-Unknown ("The Subquantum Plenum", R. N. Boyd)

Date: 2026-10-04. Inputs read: _text/manifest.json, _textprep.log, digest/Subquantum-Plenum-623ba4.01.md (the only digest), deep/Subquantum-Plenum-623ba4.md, facts.json, claims.md, sites.md, research/ notes (11) and the saved files used for spot checks, physicist.md, mathematician.md, contrarian.md, arbiter.md, primer.md, example.py (run).

Verdict: MINOR. Coverage is complete and no shortcut affects a central verdict. The defects are one arithmetic error in the primer, an arbiter/primer mismatch on one number, several essay claims that never reached claims.md or the reviews, and Investigator leads kept in the arbiter but dropped from the primer. None of them would change a headline verdict.

1. Coverage

• The manifest has one document. Nothing was skipped. The textprep log agrees (1 document, 1 chunk).
• The project folder name says "Unknown", but the Investigator identified the author as Robert Neil Boyd. The same text is on Boyd's own site, and his 2007 RTF copy differs only in one title word [web: research/2026-10-04-wayback-rialian.md]. The arbiter and primer use this finding. facts.json does not (see section 6).

2. Shortcuts

• The whole essay was both digested and deep-read, so no claim rests on a digest alone.
• The one equation was garbled in extraction. A .doc file has no page image to render. The mathematician compared it with Boyd's own RTF copy and found the same garbled typed text there, so the garble is in the source. This is an acceptable substitute for a page image.
• The Piggott 1920 magazine scan (worldradiohistory EE-1920-07.pdf) was located but never read. Claim 3A therefore rests on a web transcription. The arbiter and primer both say this, and the transcription is internally consistent (section 4). This is acceptable for now. Reading the scan is still listed as a remediation action.
• Boyd's later papers (Boyd and Klein 2006-2023; Christianto, Smarandache and Boyd 2018-2024; viXra 2018-2019) and Vassilatos pp. 252-253 were not read. The arbiter and primer list them as open. They are not manifest documents, so this is not a coverage defect.

3. Missed material (from the digest and deep read)

These essay claims are in the source [read: p.1] but do not appear in claims.md. Most were never weighed by a reviewer:

1. Longitudinal electromagnetic (EM) waves in the vacuum. The essay quotes Rochus Boerner (citing Barrett 1990, Evans' O(3) theory and Lehnert 1994). It says extended electromagnetism allows longitudinal vacuum waves, that the potentials are physically real, and that such waves would give "virtually infinite" bandwidth and "instantaneous (superluminal) communication" that would "utterly destroy Einstein's relativity theory". This is a substantive, recurring alt-science claim that other projects share. Only physicist.md mentions it, once. The arbiter and primer leave it out. Defect.
2. Fractional Quantum Hall Effect (FQHE). The essay says the FQHE "proved experimentally that quanta can be subdivided, perhaps infinitely" (ref 17). The mathematician raises it twice and the arbiter once, but no verdict is given. The mainstream reading is fractional charge of collective quasiparticles, not divisible energy quanta. Add it as a sub-claim of claim 7 or claim 1.
3. Tesla's geophysical claims (ref 1, Vassilatos). The Earth's crust resists the aether flux, so electrons form in the crust. The essay says this explains the molten core, the planet's net negative charge and a correlation with lightning rates. Tesla also found "incoming aether flux waves" arriving with "unfailing regularity", with zero output at 180 degrees out of phase. The contrarian and arbiter touch on lightning once and give no verdict.
4. Gravity "constant" as an average with fast transient and periodic variations (ref 7). The essay proposes testing this by correlating light speed with gravity. The arbiter mentions the test, but the variation claim itself gets no verdict. The modern evidence is the debate over scatter in measured values of G (the gravitational constant) [memory, medium]. That debate is a fair, checkable context, and none of the reviews cites it.
5. QED (quantum electrodynamics) virtual photons. The essay argues that virtual-photon exchange "clearly violates" energy conservation, and that QED is on "shaky ground" once Dehmelt is taken to refute uncertainty. No reviewer covers it. It inherits claim 5's verdict, but the reader should be told so.
6. Tunnelling. "In 1999, we suggested" that a tunnelling electron dissolves into subquantum carriers and reforms on the other side of the barrier. The essay calls this physically investigable later. No reviewer covers it.
7. Field momentum argument. EM waves carry momentum (P = ∫ S/c² dV, where S is the Poynting vector, the energy flow per unit area per second). The essay asks: "what is conveying such momentum, if not a particle with the attribute of mass?" This is instructive for the reader, because massless fields carry momentum in standard physics. No reviewer covers it.
8. Supporting arguments for superluminal carriers. The essay draws an analogy with Cherenkov radiation and shock waves. It also uses Eberhard (1978) to argue that observed superluminal transfers "must originate from other causes". Neither is discussed.
9. Names the essay cites that never reach the record. Stubblefield and T. T. Brown (with Tesla, said to have found power "forever"); DePalma 1991 (IECEC, the Intersociety Energy Conversion Engineering Conference); Kanjen and Poponin (wave-genome "media memory"); and Crookes 1892 naming Tesla discoverer of a "new kind of electrical force". These are peripheral, but facts.json should list them.

4. Accuracy spot checks

The arbiter's [calc] table was reproduced by example.py, except for the heating figure (section 5).

5. Process

• Source tags: present throughout. [calc] is an added tag, used consistently for arithmetic and acceptable. [memory] items carry a confidence level.
• Web checks: the arbiter checked Webb and Shankland. It lists the [memory] items it could not check (PEAR, Salart 2008, Laplace/Le Sage dates) and says no verdict rests on them alone. Acceptable.
• Verdict scale: mostly consistent. Off-scale labels in the arbiter: claim 7a "internally consistent ... no new content" and claim 7b "Never properly settled" (alpha). Each should be mapped to a scale label, e.g. 7a: Established (as mathematics) / Not testable as stated (as a mass prediction); 7b alpha question: Never properly tested is wrong too, since it has been tested with conflicting results. Use "Plausible, untested" or state "open, conflicting results" beside a scale label.
• Arbiter wording: "a Ford-era 'Homemade Lightning' mention" is unclear. It is R. A. Ford's book Homemade Lightning (McGraw-Hill), which reprints Piggott's article [read: research/2026-10-04-rexresearch-piggott.md].
• Primer and STEP 4: all nine sections are present and in order. Symbols are defined and textbook chapters are given only where they are standard. The worked example is good and suits the reader.
• example.py runs (exit 0). Its output matches the numbers in primer §5.
• Primer arithmetic error. Answer 2 says that at u ≈ 3.5e11 c "each kilogram would need about 5e19 W". Here u is the flux particles' speed, c is the speed of light and g = 9.81 m/s² is the acceleration of gravity at Earth's surface. Heating per kilogram is g·u/2 = 9.81 × 1.04e20 / 2 = 5.1e20 W/kg. The primer is out by a factor of 10. Defect (minor).
• Arbiter/primer mismatch. The arbiter gives 1.2e41 W for Earth's heating, using P = F·u. The primer uses P = F·u/2, gets 6e40 W, and says the arbiter left out the factor of 1/2. The primer's correction is right for non-relativistic kinetic energy. The arbiter should record it in its QE revision so the two files agree. The primer also adds a geometric drag factor (1.2e5). It gives "about 1 hour" and "9e4 years" stopping times and requires u > 3.5e11 c. These are new quantitative results not in the arbiter. They strengthen, and do not change, the arbiter's verdict. The arbiter should note them in the QE revision so that every number in the primer traces back to the arbiter.
• facts.json is stale after the Investigator ran. It still says author "not stated". Its mainstream_conflict says Mendeleev's Zero Group "is not in standard accounts", but the Investigator showed from the 1904 primary text that Mendeleev did propose a zero-group ether gas. It also does not record the essay's misquoted numbers.

6. Retention check

The arbiter keeps the Investigator's findings well, including findings that cut against the reviewers. Examples: Piggott's own careful account; the Irvine Ranch 22 km/s anomaly; the Silvertooth replication with the contrarian's point that the pattern was real; the Miller re-analysis being "answered by re-analysis, not repetition"; Bohm and Valentini; and a five-explanation absence-of-evidence analysis for the missing 1999 Los Alamos paper. The primer has gaps:

I found no case where material was dropped because a reviewer judged it negatively. The omissions look like condensing. Under SOURCE HONESTY ("Keep pertinent information") they still need restoring.

7. Remediation actions

Deep reads. None are needed. The manifest has one document, and the existing deep read already quotes the passages behind the missed claims in section 3 (deep/Subquantum-Plenum-623ba4.md, "Other asserted claims" and the Boerner citation block). The next Investigator run should cover the non-manifest sources: the Piggott scan (worldradiohistory EE-1920-07.pdf), Vassilatos "Lost Science" pp. 252-253, Kehr, and Boyd's later papers.

facts.json - Author: Robert Neil Boyd [web: research/2026-10-04-wayback-rialian.md], with the 2007 RTF title variant and the "STG-IX 2006, publication pending" status. - mainstream_conflict and summary: replace the Zero Group sentence with the Investigator's Mendeleev 1904 finding (1e-6 of hydrogen at 2,250 km/s; 1869 disclaimer). Keep the essay's own figures as the essay's. - key_claims: add longitudinal vacuum waves (Boerner), FQHE subdivision, Tesla's crust/core/charge/lightning claims, gravity "constant" as an average, QED virtual photons, tunnelling, field momentum implying a massive medium. - Note the 400,000 / 500,000 statvolt variant, and that "statvolts" likely comes from Vassilatos' "electrostatic volts".

claims.md - Add claim 8: "Longitudinal EM waves exist in the vacuum and allow superluminal communication (Boerner, Barrett, Evans, Lehnert)." - Fold FQHE into claim 7 (or claim 1). - Add Tesla's geophysical claims and gravity-as-average to claim 3 and claim 4 respectively. - Note tunnelling, QED virtual photons and the field momentum argument under claims 5 and 6.

arbiter.md (add a "QE revision" section) - Give verdicts for the new claim 8 and the FQHE sub-claim. Mainstream readings to state fairly: Barrett and Lehnert are real published extensions; Evans' O(3) electrodynamics was critiqued in the literature [memory, medium; web-check]; FQHE shows fractional quasiparticle charge, not divisible energy quanta. - Give one-line verdicts for the Tesla geophysical claims (Not testable as stated) and for the gravity-as-average claim, citing the G-measurement scatter debate with a web check. - Map the off-scale labels on claims 7a and 7b to the scale. - Correct Earth's heating to about 6e40 W (P = F·u/2, matching the primer). Record the primer's geometric drag factor and its 3.5e11 c bound. - Piggott: 1.3 g appears twice in the transcription, so a transcription slip is less likely. "Statvolt" probably traces to Vassilatos' "electrostatic volts". Boyd's 2006 page has 400,000. - Fix the "Ford-era" wording to R. A. Ford, Homemade Lightning. - Add Sherwin 1989 and the related-work names to the evidence kept and the open questions. - Note Dehmelt's lecture Fig. 5 (Paul trap) as a likely source of the trap-name confusion.

primer.md - Fix Answer 2: about 5e20 W per kg. - Add PEAR to the evidence table (claim 6b or a new row), with the arbiter's wording and the [memory, medium] tag. - Add the claim 8 longitudinal-wave row and the FQHE row to §6. Add short §4 lines on the Haisch-Rueda-Dobyns misattribution, the Gelinas/Honeywell patent, Correa, the 400,000 statvolt variant and the Global Consciousness Project hosting. - In §4's Piggott bullet, replace "the transcription has a problem" with the double-statement point. Note that the statvolt slip likely came from "electrostatic volts". - Optional, suited to the reader: one sentence in §2 or §7 that massless EM fields carry momentum (p = E/c), which answers the essay's "what is conveying such momentum" question.

qe.md: a Sonnet recheck appends a "Recheck" section.

Recheck

Date: 2026-10-04. Re-read claims.md, facts.json, arbiter.md (new "QE revision" section) and primer.md. Checked by grep and reading of the changed passages. I did not re-run example.py (sympy is not installed in this shell now; it ran earlier in QE, and the corrected primer figure matches the arithmetic 9.81 x 1.04e20 / 2 = 5.1e20).

Remaining issues: none that affect a verdict. Reading the Piggott scan, Vassilatos pp. 252-253, Kehr and Boyd's later papers stay as open items for a future Investigator run, as the arbiter and primer already state.

Final: PASS