Hopper-WJ (William J. Hooper): QE (Step 4b)

Verdict: MINOR. Coverage of the two manifest documents is complete, and the central verdicts are sound. The defects can be fixed by updating claims.md, adding a QE revision to the arbiter and updating the primer. The main shortcut is outside the manifest. The 137-page New Horizons manuscript, which the Investigator downloaded and which is Hooper's fullest statement, was read only in part (chapter 3, by the mathematician alone). The unread parts contain material that the reviews, the arbiter and the primer miss: a contemporaneous mainstream response, the detector geometry, and Hooper's stated energy mechanism. There are also two numerical misreadings in the arbiter, and several Investigator leads were dropped from the arbiter and the primer.

Tags: [read] means I checked it myself in the extracted text, a page image or an Investigator file (path given). [calc] means my own arithmetic. Scratch images are in /tmp/qe-hopper/.

---

1. Coverage

• Every manifest document was digested and deep-read in full, and nothing was skipped. No _textprep.log exists in _text/. The manifest is complete, so this is cosmetic.
• The digest of the patent has three errors: drift speed "3.6x10^-4 cm/s"; a correction described as "3.6x10^-12 -> 3.6x10^-2"; and "290 °C". The deep read caught and fixed all three, and facts.json follows the deep read. This is acceptable, because the process expects digest mistakes to be caught at this stage.
• The Investigator's files (research/files/, 16 items) are outside the manifest, so Steps 0 and 1a did not cover them. The reviewers used them directly. How deeply each was read:

2. Shortcuts

• Acceptable. For the manifest documents, digest plus a full deep read is the right method. Neither document contains measured data, and every review says so.
• D1 (defect): New Horizons sampled. The claim 2 "immunity to shielding" verdict, the claim 7 energy claim and the history of how the idea was received all depend on this manuscript. Only chapter 3 was read. I spot-read the parts that were not:
• Preface, PDF pp.9-10 [read].
  • Hooper says the WWII drift-meter plan "was reviewed by the U.S. Bureau of Standards, and its workability confirmed under a certain restriction. It was stated that the device would be inoperable within a conducting cavity such as a metal clad aircraft."
  • He says "Some of the foremost thinkers in physics were consulted" and found "no experimental evidence to support the popular belief" that the motional field is electrostatic in character.
• PDF p.45 [read]. Two contemporaneous mainstream statements are quoted in full:
  • a letter from "a colleague at the National Bureau of Standards" saying that two consistent assumptions (equal and opposite fields, or no field at all) are both "not in conflict with anything observed experimentally";
  • Smythe's comment that, for a shielded ground-speed meter in an aircraft, "the induced electromotive forces in the shields will set up electric fields tending to counteract the fields induced inside".
  • This is the documented mainstream response to Hooper's founding question. The Contrarian's brief is to examine "how the claim was rejected", and none of the reviews uses this material.
• Ch.7 "Some Confirming Experiments", PDF pp.70-72 [read].
  • "The generator, capacitor and electrometer are completely surrounded by a grounded electrostatic [shield] ... a stainless steel box with a door." This confirms from Hooper's own text the mathematician's objection that the detector sits on the same side of the shield as the source.
  • Hooper gives the field "approximately of the order of ~10^-2 V/m, with a current of 30 amperes". That is consistent with his own model scaled from 10 A [calc: 1.45e-3 x 9 = 1.3e-2 V/m].
  • He writes: "Our critics point to the very small values of the induced voltages we have measured."
  • Figure 7.1 describes a two-moving-magnet demonstration with a galvanometer, in which the wire sits where B = 0. It is a closed-circuit experiment of the same class as ch.3.
• Ch.6 "Anti-Gravity & Electrical Power", PDF p.69 [read]. Hooper does name an energy source: "ultra-high frequency direct pulsating motional electric fields such as are emanating from the atoms in the earth", to be harvested with "ultra-high frequency rectifiers". The Similarities paper also says the gravitational field has gone undetected "due to its very high composite frequency nature" (Investigator note). The arbiter's claim 7 rationale ("never specifies a source or how energy would be extracted") is therefore inaccurate. The verdict may stand, since no frequency or magnitude is given, but the reason has to change.
• PDF p.68 [read]. The Moray passage cites Dr. Carl Eyring (BYU, 1925), who concluded that Moray's energy came "at least in part" from field energy generated "in the earth itself". This is a cross-link to Morray-TH and TernionAG.
• Minor shortcut. US 3,656,013 was not read by any reviewer. The FIG. 11 yoke experiment and the counter-rotating rotor in a grounded box are known only from the Investigator's summary. Its further claims (arc-plasma confinement, "transmuting hydrogen into helium", desalination) appear in no review [read: rexresearch-3656013.htm].

3. Missed material

Items absent from claims.md, the reviews, the arbiter or the primer:

1. Desalination (FIG. 8 of the folder patent) [read: patent p.4; digest]. A coil on a hollow tube is said to separate Na+ and Cl- ions in flowing brine by the B x V field. This is a concrete, testable application in the manifest document itself. It appears in facts.json but in no claim, review, arbiter section or primer section.
2. The NBS review, the NBS letter and Smythe's comment (D1). This is the contemporaneous mainstream position.
3. Hooper's energy mechanism (UHF pulsating atomic B x V fields plus rectifiers) and his gravity mechanism (the "composite frequency" of orbital-electron fields). The arbiter treats claim 7 as having no mechanism.
4. The size of Gibson's resistance effect [read: rexresearch-gibson.htm, Fig. 5]. - At the same 13 A: 15 microvolts with nothing added (3.7 ohm, 48 V supply), against 100 microvolts with 12.3 ohm added (160 V), whether by rheostat or photofloods. - At 30 A: 200 microvolts with 5.3 ohm (160 V), against 360 microvolts with 7.5 ohm (225 V). - The reading follows the supply voltage. This makes the contrarian's argument stronger than the reviews state it (see D2).
5. Day-to-day spread of the 10 A reading [read: Gibson Fig. 3]. The readings were 7, 10 and 15 microvolts (4 Feb, 11 Feb and 19 Jul 1969), against the 5 microvolts in Similarities that the worked example uses. The "factor 103" is really a range of about 100-300.
6. Inventor-side rebuttals in Gibson that the arbiter and primer omit [read: Gibson]. Under the "both ways" rule these have to be stated: - (a) the supply imbalance "was always a negative factor, causing our readings to be less, never more", which is why the earlier tables were not redone; - (b) the hot-generator increase "was not totally due to thermoelectric effects, because there was a substantial jump back at 25 amps" (Fig. 4: hot 30 A gave 220 microvolts).
7. Klicker on magnetic shielding [read: archive-Klicker..._djvu.txt, about line 530]. Klicker says the only way to shield a motional field is "a magnetic shield (high u material) around the source". That contradicts Hooper's "immune to every kind of shielding, magnetic or electrostatic" (essay p.2). Klicker's "one half the charge-carrier velocity" was found by matching accepted theory, not by measurement (about line 3790). The mathematician reports this correctly.
8. Related work in the Investigator's leads, dropped from the arbiter and primer: - Hooper's 1963 APS paper "Rotation of Flux about a Magnetic Axis" ("Unipolar Electromagnetic Induction"), which bears directly on claim 1; - its uptake in the DePalma N-machine and homopolar literature (US5587618A); - Kragh's finding that Fisher influenced Pascual Jordan's varying-G and expanding-Earth hypothesis; - Gilstrap 2017; - the Moray/Eyring link (in the primer: absent).
9. NASA wording [read: nasa-TM-106963-fulltext.txt, about lines 330 and 629]. NASA states that "Hooper's own experiments concentrated instead on measuring the charge build-ups" and that it "suspected that any rise of the 'nonferrous disk' observed" was convection. Whether Hooper or Gibson ever reported a weight observation is unresolved. The reviews say no weight data exist; NASA's sentence implies some observation. A deep read should settle this.

4. Accuracy spot checks

Other numerical points: - Physicist calc (iii). It says "across 3.5 cm" where r2 - r1 = 3.5 mm. The result (5x10^-8 V) is right [calc]. Cosmetic. - Arbiter's copper polarizability. The arbiter gives 41 a.u. as about 15 cubic angstroms. With 1 a.u. = 0.148 cubic angstroms, 41 a.u. is 6.1 cubic angstroms. The primer already corrects this (§5 step 7 note) [calc]. The arbiter's figures of 7.9x10^6 V/m and 3x10^-20 should be revised. No verdict changes. - D5: "nichrome has the same n as copper" (contrarian, arbiter claims 1 and 2, primer §7). No source is given for this, and I know of none. Nichrome is a Ni-Cr alloy whose carrier density is not established as equal to copper's [memory, medium]. The test design still works if n is measured (Hall effect) or a metal with a known n is used. Under Hooper's model P.D. is proportional to 1/n at fixed I and A, and the arbiter already uses aluminium for claim 3. The wording should be fixed in all three places.

5. Retention check

• Kept well. These all appear in both the arbiter and the primer with their sources and stakes:
• the inventor's own negative rotor result;
• Hartman's single-source witness statement;
• Gibson as an interested party, with her data that cut against the claim;
• NASA's caveats (no warm-up, flat coil, not superconducting, effect below threshold not excluded);
• Klicker and the Montana State report;
• the Cravens excerpt;
• Kragh;
• the later citing patents;
• the withdrawn FR family member;
• the death before grant;
• Sunbiz;
• Mead 1972;
• the "record goes dark" table.
• Retention defects (pertinent material missing from the arbiter or primer):
• R1. Inventor-side rebuttals in Gibson (§3 item 6) are absent, while the artefact evidence from the same source is kept. Under SOURCE HONESTY ("cuts both ways") both sides must appear.
• R2. Desalination (patent FIG. 8) and the 3,656,013 plasma and transmutation claims are absent everywhere after facts.json.
• R3. Related work is dropped from the arbiter and primer: the 1963 unipolar-induction paper, the N-machine and homopolar lineage, Fisher and Pascual Jordan, Gilstrap, and (primer only) the Moray/Eyring link.
• R4. The NBS and Smythe material and Hooper's energy mechanism (from the unread parts of New Horizons) are absent.
• None of these looks dropped because a reviewer judged it negatively. They are omissions from condensing and from the partial read, which is why this is MINOR.

6. Process

• Source tags. Present and honest throughout. The reviewers flag single-source items correctly: Hooper's death date, Hartman, Gibson as an interested party, NASA's characterization as an agency's.
• Web checks. Done where verdicts depend on them: MICROSCOPE, ALPHA-g, Eöt-Wash, NASA NTRS, Landau depairing speed, copper Seebeck coefficient, and the death date (the arbiter's second source). The copper-to-stainless thermopower check failed and is said to have failed.
• Unchecked [memory, medium] items: Cullwick's text, the practical superconducting J_c, and the contrarian's H/He polarizability ratio. No verdict depends on them.
• The arbiter calls the death date "two sources". Gibson 1983 ("passed on in 1971") and TFCBooks ("February 1971") are further corroboration.
• Verdict scale. Applied consistently. Split verdicts are explained. The arbiter rightly downgrades the physicist's claim 1 "Refuted by calculation" and keeps the conditional "mechanism refuted if the reading is a field" as a prior.
• claims.md. Not yet updated with the arbiter's requested note about the New Horizons ch.3 shielding experiments of 1954.
• Primer.
• It follows STEP 4 in order (§§1-9 plus answers).
• The prerequisites (relativity of E and B, vector potential, Seebeck effect, dielectrophoresis) are introduced from scratch for the reader profile, and symbols are defined.
• The worked example is reproduced by example.py, which runs cleanly.
• The check-yourself answers are correct (I re-did Q1, Q2 and Q5) [calc].

7. Remediation

Deep reads. None are on manifest documents, because both are fully covered. All are Investigator files in research/files/; the slugs are proposed with a research- prefix. Most important first:

1. research-hooper-NewHorizons-main: research/files/hooper-NewHorizons.pdf, PDF pp.1-74 (preface and chapters 1-7). Opus. - Give an exact account of the WWII drift-meter history: the NBS review and its restriction, the NBS letter, and Smythe's comment. - Describe every shielding experiment, with dates, and say for each whether the detector was outside a closed grounded shield (an open-circuit test) or in a closed loop. - Ch.5: the gravity mechanism ("composite frequency" orbital fields). - Ch.6: the energy mechanism, with any frequency or magnitude. - Ch.7: the generator setup and numbers (10^-2 V/m at 30 A), and the critics' objections as Hooper records them. - The Moray/Eyring passage.
2. research-rexresearch-gibson: research/files/rexresearch-gibson.htm, whole. Sonnet. - Tabulate Figs. 3-6 and any AC data with dates, supply voltage, current and P.D. - State the P.D.-versus-supply-voltage relation and the plate-thickness and imbalance episodes. - Record every inventor-side argument against thermal or charging explanations. - Say whether any weight or attraction observation is reported.
3. research-hooper-NewHorizons-appendix: same PDF, pp.75-137. Sonnet. - Texts of the APS abstracts (1958 Chicago S6, 1963 St. Louis, 1970 Bull. APS 15(2) and the Boulder p.483 paper). - The final article with Figure 1 (the balanced supply and measurement setup). - Any numbers, open-circuit shielding tests or weight observations.
4. research-rexresearch-3656013: research/files/rexresearch-3656013.htm (US 3,656,013), whole. Sonnet. - FIG. 11 yoke experiment (any readings), the counter-rotating rotor-in-box experiment (detector location, readings) and the desalination, arc-plasma and "transmuting hydrogen into helium" passages. - The exact claims.
5. research-nasa-TM-106963: research/files/nasa-TM-106963-Millis-Williamson-1995.pdf, pp.1-14. Sonnet. - What "rise of the nonferrous disk" refers to (reference 6?), whether Hooper reported any weight observation, and which coil was used for the surface-charge readings. - Table I predicted magnitudes. - The full reference list (Mead 1972, Cravens).
6. research-archive-Klicker: research/files/archive-Klicker-motional-electric-fields_djvu.txt, pp.1-12 and 45-56 plus the reference list. Sonnet. - What the Montana State work [24] duplicated (closed-loop EMF or a detector outside a shield). - The magnetic-shield statement. - How the "one half" flux velocity was obtained.

claims.md / facts.json - Claim 2: note that the shielding experiments described in New Horizons ch.3 are 1954 closed-circuit tests, not WWII ones; that the WWII plan was reviewed by NBS; and that in ch.7 the capacitor and electrometer are inside the grounded box. - Claim 7: add desalination (patent FIG. 8) and Hooper's stated energy mechanism (UHF pulsating atomic fields plus rectifiers). - Optionally add a facts.json "related documents" note listing the Investigator files used as evidence (not manifest entries).

arbiter.md: add a "QE revision" section - Correct the Gibson 13 A comparison: 15 to 100 microvolts at the same 13 A, with the supply rising from 48 to 160 V; and 200 to 360 microvolts at 30 A, from 160 to 225 V. Say this strengthens the charging/lead-potential reading. - Correct the polarizability conversion (41 a.u. is 6.1 cubic angstroms) and the physicist's "3.5 cm" (should be 3.5 mm). Note that no verdicts change. - Replace "nichrome (same n)" with a metal of Hall-measured n, or require a Hall measurement. - Claim 2: add the NBS and Smythe material as the contemporaneous mainstream response. Add the ch.7 confirmation that the detector was inside the shield. Add Gibson's inventor-side rebuttals (imbalance "always negative"; "jump back at 25 A"). Give the 10 A readings as a 5-15 microvolt range. - Claim 7: rewrite the rationale. Hooper does name a source and method (UHF atomic fields, rectifiers) but gives no frequency or magnitude. Re-state the verdict, probably still Not testable as stated. - Add the desalination, plasma and transmutation claims with verdicts, likely Never properly tested for desalination (it depends on claim 2) and Not testable as stated for transmutation. - Add the retention items in R3. - Revise anything the deep reads change, especially any open-circuit shielding test or weight observation found.

primer.md - §5: note the spread of the 10 A readings (5-15 microvolts, so the gap is about 100-300x). - §5 step 5 and §7 point 4: give the Gibson 13 A numbers. Replace the nichrome wording. - §6 "Kept in the record": add Gibson's rebuttals; desalination and the plasma/transmutation claims; the 1963 unipolar paper and N-machine lineage; Fisher and Jordan; Moray/Eyring; the NBS and Smythe exchange (also suitable as a short history box in §4). - Claim 7 row: reflect the arbiter's revised rationale. - Re-run example.py only if the worked numbers change.

Recheck

Checked against the current arbiter.md (new section 8, "QE revision"), primer.md, claims.md and the six new deep reads in deep/ (research-hooper-NewHorizons-main and -appendix, research-rexresearch-gibson, research-rexresearch-3656013, research-nasa-TM-106963, research-archive-Klicker).

No new defects found in the revisions. The remaining wording in the pre-revision text is superseded by the dated QE revision section and does not change any verdict.

Final: PASS