Morray-TH (T. Henry Moray, 1892-1974): PhD physicist review (Step 2, re-run after QE)

Role: PhD physicist, mainstream view, stated as fairly and specifically as I can. This file replaces the earlier physicist.md. Inputs: qe.md, facts.json, claims.md (revised), the six deep reads in deep/, the digests, and the earlier physicist.md. I re-read the deep reads, not the raw scans, so page references below are those of the deep readers ("5th ed. p.N" = PDF page of the 1978 scan; "4th ed. p.N" = PDF page of the 1960 scan).

Tags: [read] = in the documents (as extracted by the deep readers); [web] = Internet source with URL; [memory] = recall, confidence given; [calc] = arithmetic done here.

Source gap (repeated, updated)

• The 4th (1960) and 5th (1978) edition scans now have OCR text. Only 5th ed. pp.32-133 and 4th ed. pp.116-197 were deep-read; the rest is digest only (claims.md says exactly which parts).
• Every witness letter, affidavit and the 1932 "Brief History" reaches us through books edited by Moray or his sons (advocates). Several statements were written 20-40 years after the event (A. B. Jensen: events 1938, sworn 1963; Todd and Bringhurst 1971; Fletcher 1979). No original Securities Commission, REA (Rural Electrification Administration), Bell Labs or utility report is in the folder [read].
• No document records a neutral, calibrated measurement of the device's input or output power. Every power figure is a nameplate count of lamps and appliances. Moray's own 1960 text says ordinary instruments are "of no value" for his valves and his own "not giving ABSOLUTE readings" [read: 4th ed. p.192-194]. Conclusions about what the device did therefore rest on friendly testimony; conclusions about physics rest on [calc], [web] and [memory].
• Gold, uranium and Cosray evidence is from Moray-family booklets or third-party transcriptions; no assay certificate, clinical record or tube inspection protocol is reproduced.

Corrections I carry from my earlier review, and new corrections from the deep reads

1. Earlier I said the "157 h 55 min" run was only a specification. That was wrong. It is a recorded claim: two runs, 74 h 21 min (1-4 Oct 1928) and 83 h 34 min (4-8 Oct 1928), total 157.9 h [calc: 74.35 + 83.57]; Jensen letter 8 Oct 1928, Hayes statement sworn 29 Oct 1928 [read: 5th ed. p.46-52]. The sons' checklist merely repeats it as a requirement for duplicators.
2. Earlier I said 4 kW and above was not supported by any recorded observation. Also wrong as stated. Witnesses do report nameplate loads of 1.5-8 kW from 1930 to 1938 (table below). They are lamp counts from friendly witnesses, but they are in the documents. The 4-50 kW figures that Moray's family quote without a witness or date ("4,000 W 1931", "50 kW") remain unattached to any observation, except Moray's own 1931 memo for "over four thousand watts" at the Knudsen visit [read: 5th ed. p.122-125].
3. Patent Office grounds: the 23 Dec 1932 letter gives inoperability only (cathodes not heated, no space current), but a separate Patent Office action says "No natural source of electric wave energy is known to the Examiner and proof of the existence of such a source is required" [read: qe.md spot check 2; 4th ed. p.163-164 quotes it]. The earlier claim that the natural-source objection exists only in the sons' summary was wrong.
4. 1,693,600 lamps per person is the sons' 5th-edition figure; Moray's own 4th edition (1960) and the 1945 pamphlets say 1,193,600 (= 1.19e8 W per person) [read: 4th ed. p.8-9, per qe.md]. With 2e9 people that is 2.4e17 W = 1.4 times the 1.7e17 W of sunlight Earth intercepts [calc; solar constant 1361 W/m2, https://en.wikipedia.org/wiki/Solar_constant]. Still more than the total supply.
5. FDA notice 8137: a default was entered 3 Apr 1963, but the company contested; its motion to vacate was denied 20 Aug 1963 (qe.md spot check 4). "Finding of no therapeutic value" overstated a default; the charge was false and misleading labeling.
6. Gold assay: the residue was sent to "an independent assayer company" (unnamed) [read: Rex p.3]; the treatment and sampling were the Institute's.
7. Fletcher's 1979 affidavit, the Appendix IV illustrative 50 kW, and the Ch.10 RLC formulas stand as I wrote before.

What the witness record contains (my compilation from the 5th-ed. and 4th-ed. deep reads)

Nameplate loads reported (power = lamp and appliance ratings added up; never metered):

Field tests with a stated distance: Emigration Canyon (21 Dec 1925, about 4 miles up the canyon, no distance to a line measured, one lamp, countersigned 1929) and Strawberry Valley (29 Oct 1926, odometer: last line at 26 mi, stop at 52 mi, one 100 W lamp at about 75% brightness for 15 minutes, started by 10 minutes of stroking a magnet) [read]. Dugway 1938 is the only remote multi-kW claim and was written down 24 years later.

Physics of the witness record: what it does and does not exclude

Candidate mundane explanations for a box that lights lamps from "an antenna and a ground":

The 1938 capacitor test is the most informative single observation [read: 5th ed. p.127]. Output lit through a 0.025 microfarad capacitor placed in the antenna lead, while a 60 W lamp in series never lit. A 60 W, 120 V lamp needs about 0.5 A [calc] and shows a dull glow at perhaps a few hundred mA, so the antenna-lead current was below that. The output lamp was 100 W. Since power = voltage x current, 100 W at under 0.1 A needs over 1 kV at the entry point; the 4.5-5.7 kW loads would need tens of kV at under 0.1 A [calc]. That matches Moray's "high voltage, high frequency, low current" description and the 6-9 inch brush discharges seen when leads were opened. It is also what a hidden high-voltage source or a high-frequency oscillator driven from stored or mains energy would produce. It does not locate the energy source.

The test nobody ran (Fletcher's own 1928 point 3, [read: 5th ed. p.76]): if the energy is in the box, the same performance should be obtainable without the antenna. The only antenna-less variant on record is Pyper's counterpoise, which is still a conductor in the air.

Per-claim review

Claim 1: A box connected only to an antenna and a ground lit lamps and heated irons without an internal source or heating

a. Mathematics. No derivation to check. The arithmetic of loads has slips, none decisive: Hayes writes 635 W = 0.878 hp (correct 0.851 hp); "five 100 W globes ... 560 W"; Judd says four globes, Jensen five; pilot 10 W or 20 W; Hayes's later 1929 totals (675 W) differ from his 1928 total (635 W) [read: 5th ed. p.51-55]. The total energy over the 157.9 h run, not the 635 W endpoint, is what carries the argument. b. Consistency with experiment. Delivering 0.1 to 8 kW from an antenna is inconsistent with the measured radio, cosmic-ray and thermal backgrounds (see Claim 3). The reports of "no heat" are mixed: the same sources say the bulbs had hot spots and the transformer wires were cool. For 1920s-30s technology a battery explanation is disfavoured by the energy totals above; a hidden or stored-energy explanation is not excluded. c. Tested? Not neutrally. Observed many times by invited and partly interested witnesses (investors in Moray's companies and friends), with no calibrated meter. Two partial exceptions: Yates (1929-30) and A. B. Jensen (1938) used crude electrical checks for battery action, and Jensen's meters read "electrically dead" on the leads [read: 5th ed. p.117]. A replication attempt exists and failed: Murray O. Hayes, Moray's patent agent, who had said in 1929 he had seen everything, testified in Reno in 1932 that he and associates tried to build the machine from the patent papers and failed [read: 4th ed. p.169-170; reported by the editors, no transcript]. It is not neutral, and consistent with both Moray's withholding of the detector and with the machine not being reproducible. No independent replication by anyone else is on record. d. If true. Energy conservation for "box + antenna + ground" would need an external source of at least tens of watts to kilowatts per antenna, beyond any known flux (Claim 3); or stored energy of 17-19 kWh in the 1928 boxes, which would overturn the energy density of any known storage medium of the time. Verdict (split): - Weak form (lamp-and-iron loads of 0.1 to about 8 kW nameplate were reported by multiple witnesses between 1925 and 1938): Established as testimony only. I will not use "Established" for the physical claim; the physical claim is below. - Physical claim that the box ran from antenna and ground alone, at those loads: Never properly tested. It was not dismissed without looking (Fletcher, Eyring, GE men, a state commissioner and utility staff all watched). It was never tested neutrally: no metered input/output, detector withheld except possibly in 1938, no replication; the one non-neutral rebuild (Hayes 1932) failed. - Strong form (4-50 kW from 60 lb): Never properly tested; 4-8 kW appears as nameplate counts (table); 50 kW has no witness or date in the pages read.

Claim 2: It was not induction, hidden wires or batteries

a. Mathematics. None needed. The logic of the 26-mile run is sound: mains induction falls off steeply with distance. b. Consistency. Batteries: a 1920s lead-acid explanation is ruled out for the long run by energy totals [calc above]. Induction: ruled out for the remote runs, not for city runs. Hidden wire: not ruled out by any disconnect test (Knudsen's suspicion). Stored energy and priming: not ruled out. The 1938 Securities-Commission inspection (every part weighed, meter-tested for battery action, box bored) is the best instrumented check on record, yet it was a statement dated 1956 and sworn 1963 by a man Moray's side solicited; the Commissioner's own report is not in the folder. c. Tested? Partly. Not neutrally. The "who declined which test" record, from the 5th-ed. deep read, matters here: - Eyring (1925) offered "run it 3-4 miles from all power lines"; Moray did it (Dec 1925) without Eyring present. - Fletcher (1928) proposed the endurance test; Moray did it, in his own basement, with a water-pipe ground and the detector withheld. - Fletcher (1928) proposed that Marshall and Eyring be taken into Moray's confidence to duplicate the apparatus: not done. - Fletcher (1957) and Foster (1973, after speaking to Fletcher) say Fletcher arranged for a New York concern or Bell Labs to build and test the apparatus and Moray agreed but did not come. Moray annotated "100% untrue"; John Moray says no such correspondence exists in the files [read: 5th ed. p.84-88]. Unresolved: two tellings from one side, no document either way. - Millikan (1929) declined to look because the inventor concealed a part. Bell Labs (1937), Wilkinson (1959), Eyring (1963, 1970) and Sen. Bennett (1961) all asked for full examination or disclosure. - Knudsen (1931): the device stopped working during his check; Moray says Knudsen's switching burned it out; Richards says the test was interrupted by the valve stopping [read]. - Moray 1960 explains that demonstrations stopped on legal advice to protect patent rights. d. If true. The same as Claim 1. Verdict: Never properly tested. Mains induction is not supported as the explanation for the remote runs; stored energy (priming), a lead-feed, ground-path feed and observer error are not excluded. On the "dismissed without testing" question: critics did look and mostly asked for the detector; the fair label is "demonstrations with the key part withheld, and a test that one side says was offered and the other denies" rather than dismissal without looking.

Claim 3: The source is oscillating cosmic radiation, captured by resonance; energy is conserved

a. Mathematics. Unchanged from my earlier review. The RLC formulas in Ch.10 are textbook (underdamped if R < 2 sqrt(L/C); f = 1/(2 pi sqrt(LC))) apart from slips the mathematician found. The decisive gap: resonance builds amplitude from a source at a rate limited by the power delivered; the equations contain no source term. New: Moray's own 1960 and 1962 text says the first stage is "excited by an external energy source" and then sustains itself because it is "harmonically coupled" to cosmic frequencies [read: 4th ed. p.116]. That is a claim that the device is a self-sustaining oscillator; a damped circuit does not sustain itself. Appendix IV (Simmonds): 50 kW through 1 m2 at c needs 1.67e-4 J/m3 [calc: 5e4/3e8]. b. Consistency. Measured cosmic-ray energy density is about 1 eV/cm3 = 1.6e-13 J/m3 [web https://en.wikipedia.org/wiki/Cosmic_ray]; maximum flux about 4.8e-5 W/m2 [calc: 1.6e-13 x 3e8]. The shortfall is about 1e9 (4e9 if isotropic). Sunlight: 4.5e-6 J/m3; 50 kW needs about 37 times that [calc]. Per-person figure: 1.19e8 W (Moray's own) times 2e9 people exceeds all sunlight intercepted [calc]. c. Tested? No one measured a flux at the device. Astrophysical backgrounds are measured and replicated. d. If true. A new ambient energy flux of kilowatts per metre-squared class would rewrite the measured energy budget of the Earth, radio astronomy noise floors and the cosmic-ray and microwave-background data. Verdict (split): kilowatts from any known radiation: Refuted by calculation. "Resonance sustains or creates energy" as written: Internally inconsistent (no source term; Moray's own "externally excited" statement). Unknown oscillating radiation: Not testable as stated until a frequency and flux are given (testable by a field survey at the site). Ordinary antenna reception of microwatts-to-milliwatts: Established.

Claim 4: The "Moray valve" (a cold-cathode semiconductor "stone"), predating the transistor; later a radioisotope-excited tube cascade

a. Mathematics. No circuit or equations. Inconsistent figures, all [read]: stone weight less than 1 oz, 1 oz, 2 oz, "vital eight ounces" (4th ed./5th ed. text); yield 10-20 good tubes in 100 (1960) versus 2 in 100 (1962); 29 tubes per unit at $500 each; "about 1 lb per kW" (1962) versus "below 1 lb per watt" (1968); the claimed 50 kW in 60 lb is 0.0012 lb/W [calc]. b. Consistency. Crystal rectifier detectors predate 1910 [memory, high; https://en.wikipedia.org/wiki/Transistor mentions Eccles 1909 crystal diode oscillator]. A rectifier passes energy and cannot supply it. First transistor action: Bell Labs, Nov-Dec 1947, germanium [web https://en.wikipedia.org/wiki/Transistor]. A "bi-polar germanium diode" (the sons' words) is a diode. A sworn certificate of 14 Nov 1927 mentioning "pure germanium" exists with a partly blanked exhibit [read: 5th ed. p.67-68]; high-purity germanium crystal in 1927 is doubtful [memory, medium; not checked]. Moray's own 1960 status concedes yield and instrument problems. c. Tested? The detector was never independently examined or replicated. The REA expert Frazer (1939) had it destroyed in a hammer blow, per Moray [read]. Nuenergy says surviving tubes were inspected by Perreault and "no radioactive material appears", with no instrument or method stated (hearsay, [read: Nuenergy p.12]). d. If true. Prior invention of a semiconductor amplifier changes technology history, not physics. A passive detector that delivers net power would violate energy conservation unless fed by a source (Claims 1-3). Verdict (split): a rectifier-type detector existed in the box: Plausible, untested. "It was the transistor, before Bell Labs": Never properly tested (no sample, no gain shown) and Not testable as stated without the stone. Detector as a net power source by itself: Refuted by calculation (energy conservation). 1968 radioisotope cascade at about 1 lb per watt: Plausible, untested (it is about what radioisotope power already does; MMRTG about 2.8 W/kg per the arbiter's web check, https://en.wikipedia.org/wiki/Multi-mission_radioisotope_thermoelectric_generator).

Claim 5: Matter dissociates into energy; the same technology transmutes elements (gold, uranium) and heals (Cosray)

5a. Dissociation of matter into energy. a. Not quantified. Supplying 50 kW needs only 5.6e-13 kg/s = 17.5 mg per year of mass converted [calc], so weighing could not refute it; but bulk matter decay is excluded by the proton lifetime lower limit of order 1e34 years [memory, high; https://en.wikipedia.org/wiki/Proton_decay] and by the absence of heat. Verdict: bulk dissociation at relevant rates Refuted by calculation (stability limit); the unquantified general statement is Not testable as stated.

5b. Gold and silver transmutation (the Research Institute, 1963-1970; John Moray, not T. H. Moray). a. Energy budget [calc]: 929.76 troy oz/ton is 3.19% gold by mass of the residue (929.76 x 31.1035 / 907,185). 1 kg of residue holds 31.9 g = 0.162 mol = 9.7e22 gold atoms. Even if each atom needed only 8 MeV (a generous lower bound), that is 1.25e11 J per kg of residue, roughly 2 GW delivered per kg in the one minute Hooper's irradiation lasted. No such source is described. The reagents had "no atoms of higher atomic number than 19" in quantity [read: Rex p.3]; building Z = 79 from Z of 19 or less needs 60 added protons through the Coulomb barrier (about MeV per proton at nuclear distances) [memory, high]; photons and electrons of 1-8 MeV remove nucleons, they do not build them. Internal tensions in the same booklet: John Moray later says the "environment" contains arsenopyrite, pyrite and antimony [read: Rex p.21], minerals that are classic natural hosts of gold [memory, high]; Hooper says nothing above Z = 19; the Institute says the reaction needs "isomers of the isotopes" already in the ore (p.14), which conflicts with the reagent-only test; the 1964 talk says the process uses a "bombardment tube", but John Moray says in 1982 the tube "has nothing to do with the recovery of minerals". b. Controls: the document does contain some. In the Radiation Dynamics linac test of Aug 1963 there were two irradiated "no environment" sections (0.12 and 0.26 oz Au/ton) against 17.2-100 oz/ton with the "environment" [read: Rex p.13-14]. This contrast (about 70 to 800 times, [calc]) is the Institute's strongest piece of evidence. But: n = 2; the controls are not zero; if the labels are read as I think the reagent-grade sample (no gold) had no no-environment control; no unirradiated blank, no environment-only blank, no assay blank, no split or blind assay; "independent" assayers and accelerator owners are asserted, not named; the Institute's staff travelled with their own solutions to outside accelerators. Hooper's 930 oz/ton was a dried residue of a few grams of salts, which makes the reported value extremely sensitive to the gold in fire-assay reagents [memory, high: fire assay uses lead flux that carries traces of Au and Ag and is always run with reagent blanks]. c. Replication: the booklet itself records failed duplication (six samples of 4-7 oz/ton), 3 of 9 pilot runs below 5 oz/ton, "very few" worthwhile Linac results after the 1964 series, and later yields scaling inversely with sample mass (30 g: 65-67 oz/ton; 60 g: 33-35) [read: Rex pp.6-7, 17-19], which is what an assay-normalisation artifact predicts. The statistics are internally inconsistent: Rudolph mean 15.16 oz/ton with 10.51 at 97.5%; Olsen mean 11.79 with interval 9.22-14.36 (14.66 misprinted); 10.5 reused at 99% on an edited distribution with outliers dropped; p-values read as probability statements about the mean [read; calc]. Sampling, drying temperature and container material are listed by the Institute itself as yield drivers [read: Rex pp.5, 17]. 1940-41 assays (Boaz Mine, Norris MT; Union Assay Office SLC) are cited in the 1945 pamphlet and Fate 1956 without certificates [read per claims.md]. d. If true. Nuclear physics, the energy scale of nuclear reactions and baryon-number conservation would have to be extended by a new low-energy process. Verdict: nuclear transmutation by electron or X-ray bombardment at these energies Refuted by calculation (energy budget and Coulomb barrier). The assay claim (that treated material assays higher) Never properly tested: controls are thin and no blank, blind or outside replication exists; sampling or contamination artifacts are not excluded. I do not use "Tested, not supported" because no neutral party ran a test; the Institute's own later runs mostly did not reproduce the high numbers.

5c. Uranium "ionic isotope" upgrading (booklet Isotopes in Ionic Recovery of U3O8). a. Ore at 0.04-2.6% reported raised to 21-67% U3O8 [read: claims.md; deep read]. If no uranium is created, this means discarding 99.8% of the mass (0.047% to 21.9%) or 96% (2.6% to 67%) [calc]. No masses, no mass balance, no controls, no isotope analysis [read]. b. The named third-party items do not say upgrading occurred: the Bureau of Mines report (28 Sep 1956, UP 6234-4) is a radiometric "U3O8 equivalent" of 18-28% with no "before" value, and it notes an unidentified fibrous, isotropic substance that "might be an artificial product"; radiometric equivalents rise if radium daughters are concentrated [memory, high]. The AEC (Grand Junction) statement "appears to be a fused or reduced uranium dioxide ... probably 75 and 85% U3O8" is a visual estimate on a sample that began at 30%. "Dr. Marven said no such ore exists except by aging" is hearsay. The same ore lot assayed 19.6-51.4% on repeated runs, which sampling scatter explains. Moray's "aging" runs in the wrong direction (uranium decays toward lead) [read]. c. Tests: none neutral; some commercial assayers named (Crisman & Nichols, Black & Deason) without methods. d. If true, a way to make uranium atoms at about $230/ton would overturn nucleosynthesis and nuclear physics; but the data fit ordinary concentration, contamination and radiometric artifacts, so nothing needs to change. Verdict: transmutation to uranium Refuted by calculation (no low-energy route to build Z = 92); the assay claim Never properly tested (third-party reports are radiometric or visual and say nothing about upgrading); concentration or contamination explains the numbers.

5d. Cosray therapy (US 2,460,707, granted 1949). a. The patent describes an evacuated tube coated with uranium salts or carnotite and a 10-30 kV high-frequency field; the book's theory (ozone saturation, a damped LC model of cells) uses textbook RLC maths with no body data [read]. The book condemns radioactive therapy while the patent's tube carries radioactive ore: a tension [read]. b. Clinical record: an unsigned, undated tally of 785 treated; my sums of the 48 printed rows are 783 treated, 706 relieved, 75 with no effect (not the stated 42); sinus alone is 309 of 783 (39%); "relieved" is undefined; no control group, no follow-up, always used alongside conventional therapy [read: deep read]. Overall 706/783 = 90% [calc]; excluding sinus 402/474 = 85%. The claim in the book that the USDA asked for clinical testing is not what the text says; it records a June-July 1940 "written request and order" to build three devices, with later "tests by various M.D.'s" unnamed [read: Actinia pp.48-49]. c. FDA misbranding action 1963: default 3 Apr 1963; the company contested; its motion to vacate denied 20 Aug 1963 [read: FDA NJ 8137]. That is a legal outcome on labeling, not a clinical trial. d. If true, a new, non-ionizing "radiant" therapy of unmatched efficacy would need controlled-trial evidence; high-frequency electrotherapy has no accepted effect on cancer [memory, medium]. Verdict: Never properly tested in any controlled trial. An uncontrolled tally of 785 patients does exist, so the earlier "no clinical data on either side" must be corrected to "uncontrolled case data, undefined outcomes, nothing verifiable".

Claim 6: The work was blocked or ignored (Patent Office, scientists, NASA, REA, AEC, threats)

a. Mathematics. N/A. Consistency of the record: the grounds quoted are physical. Both the inoperability ground (no heated cathode, no plate or grid potential: a diode-like tube gives no space current) and the "no natural source known" ground (proof of the source required) are what standard practice requires of an operability claim [memory, medium; US patent utility doctrine]; cold-cathode and gas-discharge tubes were known by 1932, so the examiner's cathode wording was weak, but the energy-source objection is the physically correct one. b. Consistency. The record has two sides. - Documented blocking or refusal: seven patent applications rejected; Millikan declined (1929); Bell Labs letter (1937); Wilkinson's 1959 letter; NASA first agreed to a $5 M programme per John Moray, then on 21 Jul 1961 judged probability of success too low; Sen. Bennett's 30 Oct 1961 letter says Moray asked for $50,000 and refused to disclose the box's location or the process; AEC's Larson (1970): Eyring "convinced there was no demonstrable evidence" [read]. - Documented counter-evidence: Eyring (1925) offered a test and Moray did it; Fletcher proposed and Moray did the 1928 endurance test; Fletcher says he arranged a test Moray did not attend (disputed); Hayes failed to rebuild; Moray says he kept the key part and process undisclosed except under contract and stopped demonstrations on patent advice; the 1931 offer to pay anyone showing how the demonstrations could be faked had no recorded taker. - REA 1939: Frazer tested about two months, reported (per Moray) "no tests left to make", ran a 12-sheet window-glass test, then smashed the device with a hammer; Frazer's report is not in the folder. Moray was shot in his laboratory 2 Mar 1940 (family narrative). c. Tested? This is a historical claim. The documents are one-sided; no independent source for the shooting or the REA end. d. If true. Nothing in physics changes; it would change how the patent and funding history is read. Verdict (split): (i) patent rejections and the FDA action as events, and the examiner's grounds as physically defensible: Established as documented history. (ii) "Scientists dismissed it without testing": Never properly tested as a claim about the device, with the correction that the main critics looked, set conditions, and withheld approval because the detector was withheld, while the one test Fletcher says he arranged is disputed. (iii) Conspiracy, communists, shooting, destruction by Frazer: Not testable as stated from this folder.

Claim 7: Moray held the title "Dr." / D.Sc. (Uppsala)

Not a physics question. Uppsala's library found no thesis under the name Moray for 1910-1922 (a 2011 enquiry to Uppsala University); the book says he studied under an alias, so that search could not exclude it [read: arbiter note]. Never properly tested; unsupported on present documents; irrelevant to the device.

Web verification (budget about 6; 5 used, counting those in my earlier review, plus 2 new ones)

• Vern O. Knudsen was at UCLA (dean, then chancellor 1959-60), not Stanford [web https://en.wikipedia.org/wiki/Vern_Oliver_Knudsen]. The book's "Stanford" label looks wrong; identity of "Knudson" with this man is still inferred.
• General Order 40 was issued 30 Aug 1928, effective 11 Nov 1928, and reassigned the broadcast band; the fetched page says nothing about spark-gap stations [web https://en.wikipedia.org/wiki/Federal_Radio_Commission]. So Nuenergy's date for the "end of spark-gap power" is the date of a broadcast reallocation; the claim that Moray's source was spark-gap energy through the ground is Perreault's own reconstruction, with no document for it [read: Nuenergy pp.9-12], and the same booklet says elsewhere (p.19) that radio signals are "much too weak".
• Retained from before: transistor 1947 [web https://en.wikipedia.org/wiki/Transistor]; cosmic-ray energy density [web https://en.wikipedia.org/wiki/Cosmic_ray]; solar constant [web https://en.wikipedia.org/wiki/Solar_constant]; lead-acid 30-40 Wh/kg [web https://en.wikipedia.org/wiki/Lead%E2%80%93acid_battery]; antenna aperture [web https://en.wikipedia.org/wiki/Antenna_aperture]; proton lifetime [web https://en.wikipedia.org/wiki/Proton_decay].
• Still [memory] with no web check: water pipe bonded to service neutral (high); fire-assay reagent blanks (high); radiometric U3O8 equivalent and radium daughters (high); germanium purity in 1927 (medium); lithium cell energy density (medium); utility doctrine in patent examination (medium). No verdict rests on them alone.

Summary of verdicts

The decisive experiment is still the one never run: a sealed, metered 24-hour run of the full device, with calibrated high-frequency voltage, current and power at the antenna and ground leads, a calorimeter on the box, an inspector choosing the ground (a driven rod, not a water pipe) and the site, the detector examined, and an antenna-less control as Fletcher proposed in 1928. For the gold claim: split, blinded, unirradiated and environment-only blanks assayed by two outside laboratories.

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Investigator findings (2026-10-04)

Inputs read for this section: sites.md in full (the table, "Keywords tried", and leads 1-28), every research/ note dated 2026-10-03 and 2026-10-04, and the saved documents in research/files/ that bear on the physics (the Senate hearing pages, the Chicago Tribune excerpt, the Bearden page, the 1946 therapy treatise as quoted in the notes, the NARA index images as described in the notes). I did not read the 9.6 MB FDR Library finding aid page by page, and the 286 KB Internet Archive compilation was read only where the notes quote it. Tags as above; [web] items without a URL of my own are the Investigator's finding with the URL in sites.md or the research note. My own web check this run: https://en.wikipedia.org/wiki/Atmospheric_electricity (1 of about 6 calls).

Where I change nothing I say so. Every finding below stays in the record whatever my judgement of it.

A. What the findings are, in one table

B. The Senate record (leads 1, 10, 11, 12), weighed

What it says [web: HathiTrust umn.31951d03587118y pp.1344-1345, 1370-1376; saved in research/files/]: - Moray was an REA "power consultant" at $25 a day from 17 Feb 1939 to 28 Feb 1941, and REA bought "expensive electrical equipment" for his laboratory. This is the first independent government record that the REA engagement existed. It corrects the family's "1942" date and supports their account that a federal agency paid him. - Franklin P. Wood, an REA engineer sent to Salt Lake City, reported in August 1939: "Moray is unfathomable. He is an unmitigated ass, crackpot, nitwit, religious fanatic, essentially honest, unable to originate or perpetuate a hoax or fraud. In some inexplicable way he has, I believe stumbled onto something that he himself cannot understand." The quoted part gives no measurement. The report's own author describes Wood as "also a believer in technocracy" and Wood framed the work as a chance at "changing the present stupid system of individual profit production" (the investigators' words quoting him). So the one engineer's on-site report we have was written by a sympathetic observer, and it speaks to Moray's honesty, not to the physics. - Felix J. Frazer, hired to observe Moray, spent "2 years ... assisting, begging, cajoling, and threatening Moray to develop the radiant energy device, all to no avail" (investigators' text). The investigators' own heading says these projects were "followed through to negative conclusions" and that the device was "unsuccessfully demonstrated on numerous occasions". Those are the characterisation of a hostile inquiry whose purpose was to embarrass Slattery. I report them as that party's words, with that stake, not as a neutral finding. But the sources they rest on are REA's own files, and the investigators say the REA files hold "voluminous information" that is not reproduced. - Prof. Orin Tugman (head of physics, University of Utah), letter of May 1940: in 12 years Moray never let him see a demonstration (apparatus not in repair, an extra part coming from abroad); demonstrations "were made to men not fitted to be critical"; an agent had been told "to stay away from physicists and engineers"; investors had received no return; "a very clever hoax". This is a named physicist's contemporaneous written statement, the first I have seen outside the family books. It is also an interested statement (Tugman had his university's standing at stake and says he had asked "two previous inquiries"), and it reports refusals, not a failed test. - Slattery (second-hand from Craig, interview 2 Jun 1943): Craig "saw Moray, with a small aluminum disk that supposedly had this perpetual energy, run a small motor and fans by current, unseen current". A Los Angeles "Smith family" (cement money) paid for the laboratory ("hundreds of thousands"); Sen. King called Moray a "nut"; Secretary Wallace had met him; and "a mysterious story went around that the Germans had tried to assassinate him, and that story got into the Salt Lake papers". Asked by the investigator (Mr. Young) whether there was "any difference between what 'Count' Tomadelli claimed he could do, and what Henry Moray claimed he could do" (Tomadelli convicted in 1920 of mail fraud over a bulb "said to take in energy from the atmosphere", per the Investigator's summary of an omitted passage), Slattery answered "I think they are pretty similar, Mr. Young"; the investigator put it that Slattery had called the Tomadelli article to Mr. Lake's attention on 23 Nov 1942, when Moray was, Slattery thought, "still with us"; asked whether he acted to end Moray's employment: "I think I did ... I think I was [responsible]", the circumstances being "the conversation with Senator King"; of the backers, "later on I began to be very suspicious about the whole thing" [read: research/files Slattery interview pp.1372-1373]. Slattery never met Moray. (Wording corrected 2026-10-04 after QE.)

How this bears on my claims. - Claim 6 (blocked or ignored). The record now has two documented, independent-of-family facts that cut in opposite directions. (i) For "blocked": a physics department head refused or was refused access for 12 years; the Senate hearing was an attack on REA that used Moray as an example, which is a political use rather than a test; the 1940 Utah press and Sen. King/Thomas complaints show local hostility. (ii) Against "blocked or ignored": a federal agency paid Moray for 25 months, bought laboratory equipment, sent an engineer (Wood), a Technocrat investigator (Frazer, who also pressed him), and later Craig, and still ended with no deliverable. That is a two-year funded opportunity, with sympathetic observers, that the family's own narrative does not emphasise. It matches Moray's own 1960 position that he would not disclose the key part except under contract. The hearing excerpt says nothing about Frazer smashing the device with a hammer (the 5th edition's story) or about a twelve-sheet glass test. Silence in the pages the Investigator saved is not contradiction: the investigators say the full REA project record is in "a separate report" not seen. My Claim 6 (ii) wording ("main critics looked, set conditions, and withheld approval because the detector was withheld") stands and is strengthened by Tugman's letter and by Wood's "stumbled onto something that he himself cannot understand", which together say a sympathetic engineer saw something he could not explain and no qualified physicist was admitted. - "The Germans tried to assassinate him" (Claim 6 iii). New fact: the story was circulating by 1940-42 and reached the REA Administrator, who calls it "mysterious". Slattery is the first non-family source for the existence of the story. It does not establish an attempt: it is a rumour as relayed by a man who never met Moray. The Investigator searched Utah Digital Newspapers about 40 times and did not find the story in print. I split the old (iii): "a story of an attempt on his life was in circulation, and reached Washington": supported by one government record; "he was shot in his laboratory on 2 Mar 1940": Not testable as stated from this folder (family narrative only, plus hearsay that matches it). Not a change in verdict label, but the factual base is better than I wrote. - Claims 1 and 2. Craig's account, a second-hand report of a small motor and fans run from a small aluminium disk, adds nothing metered. It is a motor, not lamps; a small motor and fan need on the order of 10 W [memory, medium], which a stored-charge or mains-pickup explanation does not exclude. Tugman's letter does not change the witness table, but it sharpens one point I made: the recorded witnesses (investors, Utah officials, an electrician, a patent agent) are not the physicists Moray said he had shown it to. Harvey Fletcher, Knudsen and Henry Eyring are physicists or chemists who did look, so Tugman's "never" is his own experience, not a universal claim. Verdicts unchanged: Claim 1 physical claim Never properly tested; Claim 2 Never properly tested. - Wood's "unable to originate or perpetuate a hoax" is the best single statement for good faith. In physics good faith is not the issue: mains pickup, priming and stored energy would all fool an honest operator. I give it the weight it deserves as evidence against deliberate fraud and none as evidence of an energy source.

C. The Army Ordnance report, December 1936 (leads 13, 21)

Four NARA War Department index sheets (RG 407, T822; images saved) record that Brig. Gen. Edward M. Shinkle, Office of the Chief of Ordnance, wrote to the Adjutant General on 14 Dec 1936 about "Invention of sound detector by F. [T.] Henry Moray" (report of 8 Dec 1936), cross-filed under Moray's attorney K. K. Steffensen, under 023, and under Salt Lake City; and that in Feb 1939 John H. Magdiel, through Sen. Elbert D. Thomas, asked for the report of "Col. Edward M. Shinkle who witnessed a demonstration of Radiant Energy device". The family narrative (5th ed., via the Slideshare transcription) says the 1936 test was of the "Sound Detector Device" driving loudspeakers. - Weight: the first document outside the family that a military officer saw a Moray demonstration and wrote it up. My witness table lists Army visits only through Moray's narrative. I add a row: Dec 1936, Shinkle (Army Ordnance), nature of the load not documented; report not found; filed as a "sound detector". - Physics: a receiver driving loudspeakers needs micro- to milliwatts from an antenna, which ordinary radio does without any new source. So the Army's own classification as a sound detector is consistent with an ordinary antenna-detector-amplifier. It is also consistent with Moray's claim only if the amplifier was powered from the radiant source; the index sheets cannot say. The 1939 request calls it a "Radiant Energy device" in the Senator's inquiry, which is the requester's wording, not Shinkle's. - Verdicts unchanged. What would settle it: Shinkle's report itself (NARA RG 407, AGO central decimal file 413.68, and the 095 Steffensen name file, per the Investigator).

D. Absence of evidence: FBI and CIA (leads 2, 14)

FBI request 917273, "MORAY, T HENRY", closed 17 Aug 2000: 74 pages reviewed, 72 released (requester M. J. Ravnitzky) [web: Internet Archive FBI FOIA log 2000-2002]. FBI request 1178194-002, "MORAY, THOMAS HENRY DR.", received 1 Dec 2011, reopened 8 Feb 2013, closed 11 Feb 2013: 0 pages, "No Records" [web: https://archive.org/download/UnsortedFBIDocuments/foia-log-1-1-2013-to-3-31-2013-pdf_djvu.txt]. CIA request F-2000-01342 "THOMAS HENRY MORAY" (22 Jun 2000): outcome not found. The 72 pages have not been located online (FBI Vault, MuckRock, governmentattic, theblackvault searched). Competing explanations for "72 pages released in 2000, none in 2013": 1. Records destroyed or transferred under a retention schedule between 2000 and 2011 (evidence for: the 2013 log entry; evidence against: FBI usually keeps the released copy of a processed request; a destroyed file would still leave the earlier release). 2. A different search term or index: "T HENRY" versus "THOMAS HENRY DR." (evidence for: the two requests use different forms; against: the FBI index normally cross-references names). 3. The second request was narrower, or covered a "-002" follow-on, and the "No Records" refers to that scope (evidence: the "-002" suffix is unexplained; the log has no scope field; the log does show the request reopened 8 Feb 2013 and closed three days later, 11 Feb 2013, which fits a quick re-search of a narrow or follow-on question; date added 2026-10-04 after QE). 4. The 2000 release belongs to a main file now held elsewhere (transferred to NARA). 5. Withholding or reclassification (evidence for: none in the record; against: nothing). What would decide: the 2000 release itself (cite 917273), a request to NARA for any FBI file transfer, and the requesters. I draw no conclusion; the physics verdicts do not depend on it. My earlier statement that the FBI, CIA and NRC files "each hold one Moray passage" (claims.md source gap) is unchanged and not contradicted: those are different files.

E. The 1946 therapy treatise (lead 19): effect on Claim 5d

Quoting the Investigator's transcription of the text in the Internet Archive item "thomas-henry-moray-radiant-energy" [web https://archive.org/details/thomas-henry-moray-radiant-energy]: Cosray applicators emit "alpha, beta and gamma rays", have "a half life ... about 1600 years", "will penetrate through the human body (proven by Geiger Muller Counter tests)" and "1/2-inch thickness of lead", "will not injure healthy tissues because of the internal phantom characteristics", and "No special shielding protection is necessary". They are "the discovery and invention of John Eugene and Richard R. Moray", not T. H. Moray. Physics, against textbook values [memory, high unless marked; no web check this run]: - A half-life of about 1,600 years is the half-life of radium-226. So the family's text points to a radium source, which fits the radium chloride in the folder's valve recipe and the Cosray patent's uranium or carnotite coating. It does not fit Perreault's statement that surviving tubes show "no radioactive material", unless the tubes and applicators are different objects. A gamma-ray spectrum of any surviving applicator or tube would test both statements. - Alpha particles of 5 MeV stop in a few tens of micrometres of tissue or a sheet of paper; beta particles of about 1 MeV stop in a few millimetres of tissue and in much less than 1/2 inch of lead. Only the gamma rays can pass through the body and a significant fraction of 1/2 inch of lead (the half-value layer of lead is of order 1 cm for gammas near 1 MeV [memory, medium]). So "alpha, beta and gamma rays ... penetrate the body and 1/2 inch of lead" is wrong for alpha and beta. A radium gamma source of any strength is a radiological hazard for the user; "no special shielding is necessary" is not supported by standard practice. [memory, high] - The "phantom characteristics" explanation has no physical content I can state: radiation does not distinguish healthy from diseased tissue by its source's design. - Tension within the family's own record: the book (Photo Actinia) condemns radioactive therapy while the 1946 treatise sells a radioactive applicator. I flagged the patent and book in my earlier review; the treatise makes the tension explicit. Verdict for 5d, now split: (i) efficacy of Cosray: Never properly tested (unchanged; the 785-patient tally remains uncontrolled). (ii) The treatise's statements on penetration and shielding for alpha and beta radiation: Refuted by calculation (established attenuation physics). (iii) "Radiant energy, non-ionizing" description in the book versus a radioactive applicator in the treatise: Internally inconsistent across the family's own documents. This is a change in the verdict structure for 5d, not a reversal of the main label.

F. Related work: Tesla, Losev, Lilienfeld, Bearden, later literature (leads 24, 25, 26, 20 item 7)

Tesla US 685,957 (1901). An elevated insulated plate and a ground charge a condenser, which a controller periodically discharges through a load; Tesla attributes the charge to "minute particles of matter positively electrified" from the sun and other sources [web https://patents.google.com/patent/US685957A/en, via the Investigator]. This is the same architecture as Moray's antenna, ground and condensers, and Moray's own book quotes Tesla. Numbers, as the Investigator asked. Fair-weather potential gradient about 100 V/m and air-earth conduction current about 2 pA/m2 [web https://en.wikipedia.org/wiki/Atmospheric_electricity]. Take Moray's 90-foot (27 m) pole: potential at the top up to about 2.7 kV [calc: 100 V/m x 27 m]. Even a generous collection area of 1,000 m2 gives I = 2e-12 x 1e3 = 2e-9 A, so P is at most about 5e-6 W [calc: 2e-9 x 2.7e3]. A 100 W lamp needs about 2e7 times that. Globally the same current (about 1 kA over 5e14 m2 [calc]) at about 400 kV is about 400 MW for the whole Earth, about 1e-6 W per m2 of surface [calc]. Thunderstorms and lightning carry far more (the same page gives about 500 MJ per average bolt), but a fair-weather antenna collects none of that, and lightning is not a sustained 157-hour source. Photoemission and charged-particle impact add currents of the order of nanoamps. So the collector principle Tesla patented is real but delivers microwatts. This does not change Claim 3's verdict (Refuted by calculation for kilowatts from any known radiation); it adds atmospheric-electric collection to the sources ruled out. It also adds one mundane point to Claim 2: a 27 m pole in a thunderstorm or dust-laden air would collect real voltage, which makes "high voltage, low current" brush discharges at the antenna entry unsurprising; it does not make them power.

Losev (1923-24) and Lilienfeld (1925/1930). Wikipedia (via the Investigator): Losev's biased zincite crystals showed negative resistance and were used in amplifiers and oscillators; Lilienfeld's US 1,745,175 (28 Jan 1930; Canadian filing 1925) describes a field-effect device [web https://en.wikipedia.org/wiki/Oleg_Losev ; https://en.wikipedia.org/wiki/Julius_Edgar_Lilienfeld]. Effect on Claim 4: "solid-state amplification before Bell Labs" is documented for others, so I split the old line. (i) A solid-state, crystal-type valve in a 1920s apparatus is Plausible, untested for Moray's, and Established as a historical possibility (Losev). (ii) "It was the transistor before Bell Labs": Never properly tested (unchanged: no sample, no gain shown), and the claim of uniqueness of priority is weakened by Losev and Lilienfeld. (iii) A bias-powered crystal amplifier does not supply net power; Losev's devices needed a battery. The older "Refuted by calculation" for detector-as-net-source stands. The Patent Office's "cathode not heated" objection should be read with these in mind (as I already said, cold-cathode devices were known by 1932).

Bearden's zero-point reading (interested party; Excalibur briefing via Wayback 2015 [web http://www.cheniere.org/books/excalibur/moray.htm]). He restates the "sea of energy" as vacuum energy collected "in a subharmonically resonant manner" across 29 detector stages, says the circuit ran cold because energy was collected "simultaneously at each stage", gives a Soviet-infiltration reading of the REA episode, and says the 1928 run "produced over fifty kilowatts of power". Physics: (a) The quantum vacuum is by definition the lowest-energy state; a passive device cannot take net energy from a ground state, because energy extraction needs a lower state to fall into [memory, high]. Large "vacuum energy density" numbers come from adding up modes with an arbitrary cutoff and are not an available power supply. (b) Parallel collection in 29 stages does not beat the source limit: each stage's output is bounded by the flux through its aperture. (c) The 50 kW figure disagrees with the folder's primary record of 110-120 W for most of the 157.9 h and 560-635 W at the end (the highest witnessed nameplate loads in my table are 5-8 kW, none metered). Verdict for the vacuum-energy variant of Claim 3: Not testable as stated (no frequency or flux is given) and inconsistent with the ground-state definition of vacuum; kilowatts from it Refuted only to the extent that any specific flux is named; none is. No change in the label for Claim 3. His narrative is the "Z" and Technocrat-versus-Soviet contrast the Investigator notes: the Senate record points to Technocrat investigators (Frazer, Wood), not to Soviet agents; I treat Bearden's REA reading as unsupported by the printed hearing pages seen here, and keep it in the record as his characterisation.

Figure drift in the later literature (Google Books note). The Indian Science Congress 1934 (p.65) says the device lit "a bank of 100 lights for 154 hours"; McConnell (1983) says "100,000 watts ... from a 60-lb package"; Ginex (2026) says "input 0 kW, output > 50 kW". Against the primary 1928 record (about 100-120 W; 157.9 h) [read: 5th ed. p.46-52]: 100 lamps at 100 W for 154 h would be 1,540 kWh [calc], about 44 tonnes of lead-acid cells at 35 Wh/kg [calc]. So the 1934 sentence cannot be a correct description of the 1928 test; the 1,540 kWh figure is about 90 times the 17-19 kWh the record supports. I read this as drift in retelling (no new test), a pattern my earlier review already saw in the 4-50 kW figures with no witness. Claim 1 strong form (4-50 kW) stays Never properly tested, but now with a traced path of how the number grew.

G. Replication search (lead 23)

Only hobby videos (2016-2025), a Reddit "blueprint", a 2025 open specification and similar; none reports metered input and output [web, per the Investigator's note]. This agrees with my earlier statement that no independent replication is on record. It does not change Claim 1c: the only documented rebuild attempt remains Hayes's 1932 failure (editors' report, no transcript). The absence of a documented replication more than 90 years on is a datum the human reader should weigh, with the reservation that the detector valve was never published, so a builder lacks the key part by Moray's own account.

H. Not yet readable, so not weighed

• University of Ottawa, Arthur Bray fonds 30-003 (leads 16, 18): F4 "Correspondence: 'Radiant Energy' Invention (by Dr. T. H. Moray)", 1928-1956; F24 Marcel C. Schiess, 1928-1957, with "witness accounts of the machine in use" and drawings; SS4-F4 (two letters on the demonstration); F6 Carl H. Betz (1945-54); F8 Buchli; F17 Hooper. Only the finding aid (saved) was read. If these hold contemporary reports not edited by the family, they bear directly on Claims 1, 2 and 4 and on the Fletcher dispute. I cannot weigh them. A reviewer who could see them should check first for any metered figure.
• Alter, Utah, the Storied Domain (1932) pp.439-440; "A Brief Analysis of the Moray Radiant Energy Device" (50 pp.); the 1943 "Radiant Energy" printing: not seen. Claim 7 (the doctorate) and the 1943 dating of the folder's "1926" printing wait on them. Verdict for 7 unchanged: Never properly tested.
• Mark J. Hagmann (lead 22): very probably the BYU physics B.S. 1960, Utah PhD 1978 (IEEE bio), and in 1966 a lecturer on transmutations to the Paracelsus Research Society; defendant in the Research Institute suit of 1970 (case 195569) for return of papers. He is a possible trained collaborator on the 1963-70 gold work and a possible witness. Nothing here changes Claim 5b: the energy-budget refutation of nuclear transmutation by 1-8 MeV electrons or photons stands, and the assay claim stays Never properly tested. The suit and the Hagmann papers are records that could explain how the gold work ended (a silence the arbiter already lists).
• Court and business records (leads 5, 6, 15, 28): debt suits 1930-1956 (Ashton-Jenkins v. Moray, no. 46754, $2,500 mortgage; HOLC; Sanford v. Moray, nos. 67845 and 68210, $1,290 for stock in "a corporation to use radiant energy in aircraft"; Roy Ware, no. 104172), Moray Manufacturing Company no. 022465, no online record for Moray Products Company in Nevada. These are consistent with commercial strain and with Tugman's report of investors who "never received any return"; they are silent on the device. They support the "commercial failure" explanation in the arbiter's silences, without excluding the others. No verdict change.
• Trade press (lead 17, Electrical World, 11 Nov 1944; Chicago Tribune, 11 Dec 1944, Rep. Halleck): Electrical World was a private-utility weekly, so it had a stake against REA and against anything that would "eliminate all generating plants"; Halleck was a Republican congressman attacking a New Deal agency. Both repeat the investigators' text. I treat both as partisan retellings of the same primary hearing, adding no data.
• Frazer and Wood identities (lead 3): "probably" the Technocracy figures; not proven. If correct, the REA tests were run by believers in a technological-utopian programme, which makes the negative conclusion more notable and the "hostile" reading less likely for them (the investigators' hostility is directed at REA's management, not Moray).

I. Verdict changes from this section

J. Addendum to the decisive experiment

Add to the earlier list: (1) obtain Shinkle's 1936 report (NARA RG 407 AGO decimal 413.68; 095 Steffensen name file) and Wood's full August 1939 report and the REA project files (RG 221; Carmody Papers boxes 91-94, 99, 102, 103 at the FDR Library); (2) obtain the Ottawa F4, F24 and F6 files; (3) a gamma-spectroscopy check of any surviving Cosray applicator or Moray tube, for radium-226; (4) a fair-weather measurement, at a driven-rod site, of what a 27 m antenna and ground actually deliver into a matched load (the number to compare with the roughly 5e-6 W estimate above).

K. Web verification (this section)

One call used: https://en.wikipedia.org/wiki/Atmospheric_electricity (about 100 V/m gradient; about 2 pA/m2 conduction current; thunderstorm charging of about 400 kV; average bolt about 500 MJ). Still [memory] with no web check: radium-226 half-life about 1,600 years (high); alpha and beta ranges and lead half-value layer (high / medium); that the vacuum is the lowest-energy state (high); a small motor and fan needing about 10 W (medium). No verdict rests on those alone; the 5d refutation of alpha and beta penetration needs only the high-confidence range facts.

Investigator findings (2026-10-08)

Inputs read for this section. sites.md "Leads for review" nos. 29-43 (the follow-up leads of 2026-10-06, -07 and -08; leads 1-28 were weighed in the 2026-10-04 section above and are not repeated), and in full the research notes 2026-10-06-followup-Q01, -Q02, -Q04, 2026-10-07-followup-Q08, -Q09 (the note on hypotheses put to the review), 2026-10-08-followup-Q09, -Q11 and -Q12. I did not open the saved page copies in research/pages/ except for the checks listed under "Web verification (this section)". I did not re-read the 286 KB Internet Archive compilation or the 9.6 MB FDR finding aid.

Tags as above: [read] = in the project documents (as quoted in the Investigator's notes unless I say I checked); [web] = Internet source, URL given; [memory] = recall, confidence given; [calc] = arithmetic done here. "Q-note" means the Investigator's follow-up note.

Where I change nothing I say so. Every finding stays in the record whatever my judgement of it. Terms used below: a quantum is the smallest packet of energy a light wave or other oscillating field can hand to an atom (energy = Planck's constant x frequency); the photoelectric effect is the ejection of electrons from a metal by light; emanation is the old name for the radioactive gas (radon or thoron) given off by radium or thorium.

A. The findings, in one table

B. Provenance: much of the "physics" in the books is Gustave Le Bon (1905), without visible credit

What was found. The Investigator matched passages of Moray's Radiant Energy (the "1926" printing), The Sea of Energy (4th and 5th eds.) and the booklet Isotopes in Ionic Recovery of U3O8 (1958-59) against Gustave Le Bon, The Evolution of Matter (French 1905; English transl. by F. Legge, 1909 printing). The matches, in order and nearly word for word:

• Radiant Energy printed pp.53-56: Rutherford's alpha particles at "one-tenth the speed of light", the spinthariscope, and the sentence "It could prove profitable if these experiments of Rutherford and his co-workers were taken up again". Le Bon's original reads "I think that, on this point, the experiments of Rutherford and his pupils should be taken up anew" [web https://www.rexresearch.com/lebonmat/lebonmat.htm]. I checked this and four other quotations below against the saved copy of that page (see "Web verification (this section)").
• p.54: Le Bon's first-person "I have succeeded, by using certain varieties of phosphorescent sulfide, in making screens allowing the phenomenon of dissociation to be observed, not only with salts of radium, but also with divers substances, notably thorium and uranium" becomes impersonal ("One may ... succeed"), and the sample list and Le Bon's footnote are dropped. "Herein be the door to greater discoveries" is not in Le Bon; it is Moray's (or his editor's) addition. The diamond sentence is Le Bon's; Le Bon's footnote says he used phosphorescent Brazilian diamonds as a radium gauge ("Brazilian diamonds alone --- Cape diamonds never"); Moray drops the footnote [read and web, checked].
• pp.58-59: the doped-phosphor paragraph (Le Bon, Book VI ch.VII) and the folded-metal-cylinder experiment (eight days in darkness, discharge of an electroscope). Moray adds "and sometimes other properties", deletes copper from Le Bon's activator list, and changes "1 to 2 per minute" to "a definite discharge" [Q09 and Q11 notes; Le Bon cylinder passage checked].
• Isotopes pp.4-6: the thorium "emanation" plate that "becomes 10,000 times more active, surface for surface, than the thorium itself". Le Bon wrote "according to Rutherford"; the booklet drops both credits to Rutherford [checked against the saved Le Bon page]. The calcium sulphide that "radiates invisible light for eighteen months" is Le Bon's "my former experiments", made impersonal.
• Isotopes pp.20-23 follow Glasser (ed.), Medical Physics vol.1 (1944), "Roentgen Rays", pp.1354-1355, word for word; p.25's oscillation sentence is Preston, The Theory of Light (1928 ed., p.588), where it describes an oscillating capacitor discharge [Q08 note; Google Books snippets only, so the match is on short quoted fragments].

Fair statement of what this shows. It shows what these pages are: a compilation of 1905 and 1944 text, not a record of Moray's experiments. The credit is not visible in the pages the Investigator read. Le Bon is named elsewhere in the family's material: the sons' 5th edition (pdf p.187) says Moray "became deeply involved ... in the study of synthetic radioactivity as described by Gustave LeBon in his book, The Evolution of Matter", and the 1968 proposal (p.2) cites Le Bon for "direct conversion" in 1897 [read, via Q01 and Q12]. I cannot tell who prepared the printings (Moray, a typist or the sons), whether an acknowledgement was lost, or what Moray believed he was doing. I draw no conclusion about intent. The consequence for the physics is plain either way.

Effect on the physics. 1. The sentence Moray's followers read as a research programme ("Rutherford's experiments should be taken up again") is Le Bon's 1905 call to repeat Rutherford's alpha-velocity measurements. Rutherford's 1906 result was that alphas lose their ability to ionise, excite phosphors and darken plates at a critical speed of about 9,000 km/s [web https://www.nobelprize.org/prizes/chemistry/1908/rutherford/lecture/, via Q01]. Le Bon's footnote (via Strutt) hoped that ordinary matter might emit slower alphas below that detection threshold. Mainstream answer: a slowed alpha is simply a helium ion that picks up two electrons and becomes a helium atom; alpha decay is energetically allowed only for heavy nuclei (mostly mass number above about 140, and in practice above 208 for the common emitters) [memory, high]. Stable silver, copper or carbon emit none. So the threshold idea does not generalise to "all matter". 2. Le Bon's puzzles were answered within his own decade, and the copied pages carry the puzzle without the answer. - "Induced radioactivity" (the plate that becomes 10,000 times more active per unit surface). Rutherford's own textbook gives the apparatus and the figure: thoria in a vessel at +300 V, a negative wire inside, "over 10,000 times as active per unit surface as the thoria" [web https://archive.org/details/radioactivity00ruth, checked in the saved text]. Rutherford and Soddy (1902-03) explained it: the thorium gas (thoron, radon-220) decays into charged daughter atoms (lead-212 and so on) that the field drives to the negative wire. It is a deposit of real atoms of a decay chain, not a new property of matter. Le Bon's complaint that this is "not explicable by the current theory" ("current" meaning "prevailing") was out of date by 1903. The booklet turned "current theory" into "electric current theory". - "Radioactivity given to metals by light" (amalgamated tin): the photoelectric effect (section F). 3. Le Bon's energy point holds: a loss of mass "too small to be detected by an analytical balance" can free great energy. 50 kW needs 4.8e-8 kg a day [calc: 5e4 W x 86,400 s / (3e8 m/s)^2], and I had already found 17.5 mg per year. So weighing cannot refute it, and I never claimed it could. The conclusion that all matter dissociates is a different matter: see Claim 5a below.

What stays Moray's own. The sentence about natural resonance ("Every substance has a natural vibratory resonance and a point of dissociation", Radiant Energy p.34), the "superultra sonic reaction" and the silver-to-cadmium example (p.23), "Herein be the door to greater discoveries", "and sometimes other properties", and the radiant-energy device itself. No earlier source for these was found [Q08, Q09]. Single searches that return only Moray copies do not prove originality; they show no source was found.

Bearing on Claim 5, 5a, new split. Le Bon's thesis that all matter spontaneously dissociates and radiates was a reasonable hypothesis in 1903-05, when radioactivity was new and its energy had no explanation. It was replaced by nuclear structure (1911 onward), which gives stable nuclei and a specific list of unstable ones. I add that component as Historically superseded but instructive. It stands beside, and does not replace, my existing labels (bulk dissociation at relevant rates Refuted by calculation; the unquantified general statement Not testable as stated).

The 1943-1945 dating. My 2026-10-04 section said the "1926" printing's dating waited on the 1943 printing. Q01 shows the same sentence in the 1945 printing, and the "1926" printing mentions the atomic pile and plutonium, so it was compiled after 1945 (also facts.json and qe.md). The "1926" label is not a date of composition. See "Corrections".

C. The U3O8 booklet's resonance theory (leads 34, 35; Q08): Claim 5

What the booklet claims (pp.20-26, quoted by the Investigator from page images): whatever the frequency of the current and the wavelength of the rays, they "must harmonize so as to blend or synchronize with the natural frequency or wave length of the substance treated", a "superultra sonic reaction"; if oscillations "become violent enough, disintegration and transformation will take place"; "This can be proven mathematically"; "the change from silver to cadmium" is the example. Ordinary silver is the only silver named.

a. Mathematics. No derivation is given. The borrowed sentence is Preston's description of the back-and-forth discharge of a capacitor (LC circuit, where the current overshoots and recharges the capacitor in the opposite sense). Moving it from a circuit to atoms is an analogy, and the "proof" never appears. The booklet's own p.20 (from Glasser) states "The energy of a photon, called a quantum, is proportional to the frequency". That sentence, which I accept as textbook, is what rules out the p.23 mechanism (below), so the booklet contains the premise that defeats its conclusion; I call it a tension, since the booklet never states what a nucleus needs.

b. Consistency with experiment. Resonance does break things, at the energy scale of what is resonating [memory, high]. A wine glass or a bridge fractures at chemical-bond energies (a few eV per bond). Sound in liquid makes collapsing bubbles reaching about 12,000 to 20,000 K [web https://en.wikipedia.org/wiki/Sonoluminescence, via Q08]; at 20,000 K the thermal energy is kT = 1.7 eV [calc: 8.617e-5 eV/K x 20,000]. Laser isotope separation (AVLIS) ionises uranium-235 selectively with tuned light, the real form of "rays tuned to the substance" [web https://en.wikipedia.org/wiki/Atomic_vapor_laser_isotope_separation]; it removes an electron and leaves the element unchanged. Combined ultrasound + light + electrolysis processes exist and change molecules. A nucleus has its own resonance (the giant dipole resonance, found in 1947, excited by 7 to 40 MeV gamma rays) [web https://en.wikipedia.org/wiki/Giant_resonance, via Q08]; a "frequency" of about 15 MeV is 3.6e21 Hz, and one quantum must carry it.

The decisive calculation (the numbers are the Investigator's from Wikipedia isotope tables, which I recomputed): - Silver (47 protons) to cadmium (48) is uphill for the same mass number: 107Ag to 107Cd needs 1.42 MeV, 109Ag to 109Cd 0.215 MeV [calc from the listed atomic masses: 1 u = 931.494 MeV]. - The real routes are neutron capture (109Ag + n gives 110Ag, which beta-decays in 24.6 s into 110Cd) or proton capture over a Coulomb barrier of about 9.8 MeV [calc: 47 x 1.44 MeV fm / (1.2 x (107^(1/3) + 1) fm) = 9.8 MeV]. - 9.8 MeV is about 5.7 million times the best thermal energy of a collapsing bubble [calc: 9.8e6 eV / 1.72 eV]. - Raising the current's intensity gives more quanta, not bigger ones; sound in a solid carries phonon energies of at most a few hundredths of an eV [memory, high]. Combining three sub-eV or keV agents "in step" does not put 10 MeV into one nucleus. - Filling an inner-shell electron vacancy (Glasser's keV-scale event) changes the electron cloud and leaves the proton number alone. The booklet's step from Glasser's "reduce the stability of an atom or molecule" to "an atomic change such as ... silver to cadmium" is a non sequitur; the silver-cadmium example is Moray's addition [Q08: no Google Books hit for it]. - Cost if it worked at 1 MeV per atom: 1 g of silver is 5.6e21 atoms, so 8.9e8 J (about 250 kWh) [calc].

c. Tested? No silver or cadmium data are anywhere in the folder, and the Investigator found no outside test; a search for "superultra sonic" returns only copies of the booklet. The third-party items (Bureau of Mines 1956, AEC remark, commercial assays) concern the uranium product only.

d. If true. Nuclear reactions would proceed at eV-scale energies without a neutron or MeV source; that rewrites nuclear physics and is what the Coulomb barrier forbids.

Verdict. Transmutation of silver (or any element) by resonance of current, light and sound: Refuted by calculation (quantum energy scale and Coulomb barrier), same class as my verdicts for 5b and 5c. The weaker reading, that the process does chemistry (ionisation, radiolysis, cavitation, dissolving and precipitating metals) and "low grade ore matured into an ore of higher crystalline content" (p.26) describes a concentrate: Plausible, untested, as an ordinary-chemistry reading, and Never properly tested as a claim about the Institute's process (no masses, no controls). This adds no new refutation of 5c; it gives its mechanism its own line and leaves the assay claim as before.

D. A "vacancy current", the fuel, the "pump" and a hidden reservoir (lead 43; Q09 notes): Claims 3, 4, 5

The Q09 hypotheses, researched by the Investigator, are a set of reasonable physics questions rather than Moray claims; where I weigh it I do so as bearing on Moray's claims.

1. Charge bookkeeping and a "vacancy" current. A change from silver (47 protons) to cadmium (48) leaves the new atom short of an electron; charge conservation puts the missing -1 in an emitted electron (beta decay, up to 2.89 MeV for 110Ag). Such a current exists in practice: Moseley's 1913 radium cell, made in Rutherford's Manchester laboratory (Proc. Roy. Soc. A 88, 471). 20 mCi of radon in a silvered bulb in an evacuated flask charged to about 150 kV at about 0.01 nA [web https://en.wikipedia.org/wiki/Atomic_battery, secondary; abstract at https://royalsocietypublishing.org/doi/10.1098/rspa.1913.0045 gives the source and the measurement, not these two figures]. Power: 150,000 V x 1e-11 A = 1.5 microwatts [calc]. It is a near-ideal current source (the current barely depends on the load) at very high voltage, and the power cannot exceed the nuclear energy released. This is the honest answer to the question whether the current differs from conduction current: yes, in being source-limited, and no, in its energy budget.
2. What useful power would need. If each event frees 2.89 MeV and all of it becomes electricity: 1 kW needs 2.2e15 decays per second = about 58,000 Ci; 50 kW needs about 2.9 million Ci; the 157.9 h run at about 110 W (the primary record) needs about 6,400 Ci (2.4e14 decays per second) [calc]. The same run's total energy is 17.4 kWh = 6.25e7 J, from 1.35e20 events, about 24 mg of silver transformed [calc]. So the mass is trivially small and cannot be weighed; the radiation would be enormous, about the dose-rate of a sizeable teletherapy source [memory, medium for the comparison]. No witness or inspector reports radiation; none had an instrument (Source gap above). Surviving tubes examined by Perreault are said to show no radioactive material (hearsay, method unstated). This does not disprove an unknown mechanism, as the Investigator notes. It does close the silver-and-neutron route for the 50 kW figure: Refuted by calculation (the output would need radiation of at least that power in the box). For the 110 W figure the radiation would still be about 6,400 Ci.
3. Radium as the fuel (a related reading, Foster and Noffsinger; E below). Radium-226 with its decay products releases about 0.16 W per gram [calc: 3.7e10 Bq x about 27.7 MeV per chain]. 110 W would need about 670 g of radium at 100% conversion [calc], with the decay-product gamma rays not stoppable by a 60 lb box. Radioactive fuel is a legitimate source, but not a small one.
4. Self-annealing. Real, and used in radiation-hardened electronics. It protects a device, not the energy account: P watts out means at least P watts of radiation inside, plus bremsstrahlung X-rays [Q09 note; I agree].
5. Compton "concentration" and the "reverse Compton pump" (1968 proposal pp.4-5). Compton scattering transfers energy from a photon to an electron and lowers the photon's energy; repeating it gives lower-energy quanta, not a concentration of energy. That is what the proposal itself says ("longer wave ... still lower frequencies"), and it is the opposite of a pump. The flux available is the limit: ordinary sea-level dose is about 1e-7 Gy per hour, about 3e-11 W per kg, so a 100 kg device absorbs about 3 nW [Q09 calc; I recomputed the unit conversion]. Cosmic-ray energy flux at the top of the atmosphere is about 10 microwatts per m^2 [Q09; consistent with my 1.6e-13 J/m^3 x 3e8 m/s = 4.8e-5 W/m^2 ceiling]. Short of tens of kW by about 13 orders of magnitude. Refuted by calculation for useful power from background radiation by Compton or any other scattering; unchanged.
6. A hidden energy reservoir beyond known radiation. The broad idea (a flux of weakly interacting radiation) is mainstream: the Sun sends about 6.5e10 neutrinos per cm^2 per second, about 30 W/m^2 [Q09; I accept at the right order, [memory, high]]. Absorbing a useful fraction needs an enormous enhancement. The Q09 note says a metre of lead stops about 1e-19 of them. My own rough coherent-scattering estimate (Fermi constant 1.166e-5 GeV^-2, 0.3 MeV neutrino, 126 neutrons in lead) gives a cross-section of about 6e-42 cm^2 per nucleus, so about 2e-17 of the flux interacts in a metre of lead [calc; order of magnitude; G_F memory, high]. The energy deposited per interaction is only the nuclear recoil, about 1 eV [calc: 2E^2/M], so the absorbed power is of order 1e-21 W/m^2. The Q09 note's 1e-19 stopping fraction is the same few-orders-of-magnitude class (an inferior number, but it does not affect the conclusion; a gap of 1e21 or more). Weber's claim of a 1e23 enhancement in stiff crystals was tested four times with null results (Franson and Jacobs 1992; an Eot-Wash test; Luo et al. 1995; Feng et al. 2006, which put the limit 526 times below Weber's prediction) [web https://www.colorado.edu/physics/sites/default/files/attached-files/gravitywavesandneutrinos.pdf, Franklin 2010, via Q09]. That corrects the earlier Q09 note's "never confirmed". Planck 2018 gives N_eff = 2.99 +/- 0.17 against the expected 3.046, leaving little room for extra radiation [web https://arxiv.org/abs/1807.06209, via Q09]; Borexino (2018) found the neutrino luminosity of the Sun within about +9/-11% of the photon luminosity [web, via Q09 snippets]. A hidden channel is therefore bounded to a few per cent of the Sun's output, not excluded. Verdict: an unspecified hidden reservoir: Not testable as stated (no frequency or flux given); a neutrino or similar weakly interacting source for kilowatts: Refuted by calculation (absorption gap of 1e17 to 1e21).
7. Entropy as "missing energy"; harmonics crossing the universe. Harmonics need a nonlinear source; in a linear medium crossing waves pass through each other [memory, high]. Some material absorbs every electromagnetic frequency, so "unabsorbable harmonics" must be another field, not light. Entropy counts how energy is spread, not a missing amount. The Q09 analogy to the neutrino is fair: missing energy in beta decay led Pauli to propose the neutrino (1930; detected 1956) [memory, high]. Neither idea is in a Moray text. No verdict.

Effect on my verdicts. None changes. Claim 3 gains a sharper statement: any radiation-powered route (cosmic, Compton, neutrino) is bounded by the incident flux; any nuclear-conversion route needs radiation of at least the output power.

E. The detector: phosphors, Foster's pellets, the 1968 paragraph, deposits (leads 31, 33, 37, 41, 42): Claim 4

Phosphors (Q04, lead 33). The sulphide screen is Le Bon's, and the standard references say: ZnS:Ag (silver-activated) is the alpha scintillator, with very low sensitivity to beta and gamma rays; ZnS:Cu glows green, is quenched by infrared, and was the base of radium luminous paint; ZnS:Mn is strongly triboluminescent (glows when crushed); CaS:Eu,Sm and SrS:Eu,Sm are photostimulable (infrared releases stored light) [web https://pmc.ncbi.nlm.nih.gov/articles/PMC5445864/, https://en.wikipedia.org/wiki/Zinc_sulfide, via Q04]. Le Bon's "invisible light for 18 months" (his black light) was never confirmed; the stored-charge-read-by-infrared part matches photostimulable phosphors [web https://en.wikipedia.org/wiki/Gustave_Le_Bon, via Q04]. Noffsinger's 1984 handwritten list of the detector stone ("germanium alloy, bismuth, iron sulfide, molybdenite, triboluminescent zinc and radium chloride") fits a radium-doped zinc-sulphide phosphor with a semiconductor (molybdenite, iron sulphide, germanium); provenance not established, digest-only in my sources.

Foster 1990 (Q09 note, lead 42). Arthur Glenn Foster, "Principal Engineer", 11 April 1990 (relayed in Perreault, Nuenergy 2001, printed p.30): fine-ground "Swedish Stone", doped with "a tiny amount of unpurified radium", pressed into detector pellets in a Tracy Hall tetrahedral (diamond-making) press; at a critical pressure "something" in the material "flashed", and the pulse "burned out the 2000-amp carbon-die heater power supply, blew the main breakers ... and blew the power line transformer on the outside power pole" [read, via Q09]. One participant's account, in an advocate's compilation; no original, date, contract or second participant found. I report it as that. Physics, three readings: - Stored energy released under pressure. A phosphor holding 1e19 traps per cm^3 at about 3 eV stores about 5 J per cm^3 [calc: 1e19 x 3 x 1.6e-19 J]. That is joules, not the kilowatts-for-milliseconds of a supply failure. So stored phosphor energy alone does not account for a burned 2000 A supply. - A short circuit through the hot pellet or die. A carbon-die heater drawing 2,000 A is a source of kilowatts; a pellet that becomes conductive under pressure can short it and trip the breakers, with the heater supply's own energy doing the damage. A mundane press failure. - Both, a small trigger and a large external supply. The account is consistent with the detector being a radium-doped phosphor-type stone and with nothing more. It does not describe a net-energy device. It does conflict, as reported, with the Nuenergy statement that surviving tubes show "no radioactive material appears" (method unstated). Different objects (1980s pellets against the 1920s-60s tubes), a coarse instrument, or an inaccurate account would each reconcile them; the record does not decide.

The 1946 treatise, again. Lead 19 of the earlier section: the family's own Short Treatise on Alpha, Beta, Gamma Ray Therapy calls the Cosray applicators alpha-, beta- and gamma-emitting with a half-life of about 1,600 years (radium-226). With the Noffsinger and Foster accounts, three separate items put radium in the family's devices: the therapy tubes, the 1984 list, the 1990 pellets. They are three single-source or family-side statements that agree; none is a measurement.

The 1968 infrared paragraph (Q02, lead 31). The paragraph is a correct, compact summary of the 1968 state of infrared photon detectors [web https://link.springer.com/article/10.2478/s11772-012-0037-7, https://en.wikipedia.org/wiki/Mercury_cadmium_telluride, via Q02]. Extrinsic germanium detectors (Ge:Hg, Ge:Cu) reached beyond 6 micrometres but needed about 30 K or 4 K cooling; the live goal was a narrow-gap intrinsic alloy (HgCdTe, 1959; lead-tin telluride) that works at about 77 K. The cosmic microwave background (found 1965 at 7.35 cm; peak about 1 mm, photon about 0.0012 eV) lies about 100 times beyond the passage's wavelengths [web https://en.wikipedia.org/wiki/Discovery_of_cosmic_microwave_background_radiation]. I agree with the Investigator that a microwave-background hint is not supported: the text never mentions microwaves, a 3 K background or the 1965 discovery. Two physics points the reviewer owes the reader. (i) The paragraph's closing worry, "thermal excitation", is the whole story for any room-temperature "converter" of low-energy radiation: a device at temperature T in surroundings at the same T gets, on average, as much radiation back as it absorbs; extracting net power from a single-temperature environment is what the second law forbids (Kelvin-Planck statement) [memory, high]. A detector cooled to 40 K viewing a 300 K scene does receive power, but the cooler consumed more work than it yields. (ii) The paragraph reads as a literature summary (the Q02 searches found no outside source; borrowing is possible and unshown, as in B). It is background that leads, in the next sentence, to the assertion that the Institute's "semiconductor vacuum and gas pressure efforts" give "energy transponders" that detect, count and convert; that assertion carries no data.

Rutherford's excited activity and the 1968 exciter (Q11, lead 37). In Rutherford's textbook apparatus the wire becomes "over 10,000 times as active per unit surface", but total activity cannot exceed what the thoron in the vessel delivers. Worked example (the Investigator's, which I recomputed): 100 g thoria (88 g of thorium-232; 4.06 kBq per gram [calc: from the 1.405e10 yr half-life]) holds about 357 kBq of each chain member. If 10% of the thoron escapes, the wire holds at most about 36 kBq of lead-212; at about 11 MeV per chain tail that is 36,000/s x 11 MeV x 1.6e-13 J/MeV = about 6e-8 W, 0.06 microwatt, against about 2.4 microwatts for the whole chain [calc]. The gain is geometry: a fraction of a microwatt-scale source on a small area. A carnotite-coated Moray tube with a negative cathode would collect radon daughters on the cathode the same way, which changes the cathode's local ionisation and could change a tube's behaviour, and adds no energy beyond the source's own. The proposal's "2.5 Mev to 8 Mev" excitation matches the emissions of such deposits (Tl-208 2.61 MeV gamma; alphas 6 to 8.8 MeV) [memory, high], but also most alpha emitters; the Investigator rightly calls the match possibly coincidence.

Verdict for Claim 4. Unchanged in labels. The new items add to the composition record: a rectifier-type or phosphor-type stone containing radium is Plausible, untested (it fits the 1984 list, the 1946 treatise and Foster), and it implies a radioactive, slow, microwatt-scale source, not the kilowatts claimed. "Net power from the detector alone" remains Refuted by calculation. The 1968 radioisotope cascade at about 1 lb per watt remains Plausible, untested, with the caution that the proposal gives no activity: a 1 W output from beta conversion at 2.89 MeV needs about 58 Ci at 100% efficiency [calc], so the isotope inventory, not the cascade, sets the weight.

F. Photoelectric amalgams, Plauson and Ives (leads 38-40; Q12): Claims 3 and 5

Le Bon's amalgamated tin. Le Bon reported that mercury with traces of tin, or a tin strip kept 24 hours in mercury, becomes "extraordinarily radioactive" in sunlight, discharging an electroscope 40 times faster than a uranium screen, and he concluded that light makes ordinary matter radioactive. Every test the sources allow says the photoelectric effect: - The threshold: solar ultraviolet at the ground stops near 295 nm, 4.2 eV [calc: 1240 eV nm / 295 nm]. Clean tin and mercury have work functions of about 4.4 and 4.5 eV [memory, medium], so sunlight barely reaches them (Le Bon: tin sensitive only below 0.295 micrometre; mercury scores "2" in his table). Zinc and aluminium (about 4.1 to 4.3 eV) and magnesium (about 3.7 eV) sit at or below the cutoff and top his table [memory, medium]. An amalgam responding at 296 to 360 nm needs an effective work function of 3.4 eV or less. - The sign: only a negatively charged metal loses charge (Hallwachs, 1888), and the Figure-45 arrangement, a positive electroscope near a separate sunlit strip, collects electrons from the strip; Elster and Geitel described this ("charges itself positively"). - The cleaning: a factor 200 loss from oxidation in 10 minutes against a fortnight's stability for a mercury-wetted surface fits a surface film changing the work function. Millikan and Winchester (1907) gave the oxide-layer explanation. - Le Bon himself identified his particles with Lenard's and Thomson's (the electron, same charge-to-mass ratio).

The record: Elster and Geitel had the amalgam result (K, Na, Zn, Sn most sensitive, pure mercury inert) in 1889 [web https://www.gutenberg.org/files/69253/69253-h/69253-h.htm, Lodge, Signalling Across Space Without Wires]. Ramsay and Spencer (Phil. Mag. S.6 12:397, Oct 1906) repeated Le Bon's experiments: tin and zinc amalgams discharged "much too rapid for accurate measurement" (Table IX: mercury 216 s, tin amalgam 0.6 s) but they found no measurable positive leak and no discharge through metal shields, two of Le Bon's novel claims. They read the effect as atomic disintegration, perhaps transmutation. Millikan and Winchester (1907) read the same data as photoelectric. N. R. Campbell (Athenaeum, 17 Feb 1906) objected that radioactivity is spontaneous and cannot be provoked by light, that Le Bon's experiments were "perfectly inadequate", and that a "Mr. Carse" had failed to repeat one [web https://archive.org/details/londonedinburg6121906lond, https://archive.org/details/p1athenaeum1906lond, via Q12]. Campbell worked on the radioactivity of ordinary metals, so he was a rival in the field [memory, medium]. I give Le Bon's side its due: he was right that many bodies emit and that the response varies greatly between bodies, and Ramsay accepted a "disintegration" reading for a time. His "40 times uranium" compares two different currents: the uranium screen discharges the electroscope by alpha particles each making about 1.2e5 ion pairs [calc: 4.2 MeV / 35 eV], while a photoelectron is a single charge of under 1 eV. The step from "40 times the current" to "3,000,000 particles per second" confuses the two [Q12 calc; I agree].

Moray. None of the three Moray books reads as repeating the amalgam experiments [read: Q12 grep]. He copies Le Bon's thesis that the light-driven charge loss is "dissociation of matter" (Radiant Energy p.46; 4th ed. pdf p.68; 5th ed. pdf p.220) and elsewhere writes "photo electric ionization by ultraviolet light" (p.30), the mainstream term. The sons' "synthetic radioactivity as described by Gustave LeBon" could point to this chapter, to the thorium-deposit chapter (Q11), or to the quinine-hydration passage; the phrase does not say which. Weighing that the FBI's 1942 "LeBon enquiry" is in the arbiter's silence list (single family source), nothing here adds or removes evidence on it.

Plauson and the collector (lead 39; Claim 3). US 1,540,998 (9 June 1925): photoelectric patches (zinc or gold amalgam, "extremely thin layers", with "polonium amalgams" for the greatest effect) on a collector balloon [read: Nuenergy pdf p.83, via Q12]. My ceiling for photoemission power, with my assumptions stated: the ultraviolet between about 300 and 360 nm in full sun is about 20 W/m^2 [memory, medium], a photon of 3.7 eV, a quantum yield of 1e-4 electrons per photon (generous for oxide-covered or near-threshold surfaces) [memory, medium], and electrons delivering at most 0.5 V. That gives 3.4e19 photons per m^2 per second, about 0.5 mA/m^2, and 0.27 mW/m^2 [calc]; a collector of 1,000 m^2 in full sun gives about 0.3 W. Q12's own estimate, from Le Bon's electroscope numbers with assumed capacitance and voltage, is nanoamps per 100 cm^2. Both are 5 to 8 orders of magnitude below 50 kW, and it needs sunlight, a known source, not "cosmic" radiation. Claim 3 is unchanged: kilowatts from any known radiation Refuted by calculation; the photoelectric collector joins atmospheric-electric collection (Tesla, 5e-6 W) among the sources ruled out.

Ives (lead 40). Shared ancestry in Elster and Geitel's photosensitive metals; different mechanism (standing light waves in alkali films a fraction of a wavelength thick). No bearing on a Moray verdict.

G. A Moray claim inside the copied run that I had not weighed

Radiant Energy printed p.60 (Q01): Moray cites "the work of Sir Rutherford with helium and nitrogen transmutation into oxygen and hydrogen" as proof that "the alchemists were right", and says he has split "the nuclei of paper, of lead, tantalum, mercury, tungsten, gold, copper and aluminum by a method far less expensive than the cyclotron" and made tritium by electrolysis [read, via Q01]. Weighing: - Rutherford's 1919 conversion of nitrogen with alpha particles is Established (14N + alpha gives 17O + proton) [memory, high]. - Splitting those nuclei "far less expensively than a cyclotron" has no data in the text. The energy scale is a few MeV per event at least and a Coulomb barrier of about 10 MeV for a proton on silver; a cyclotron exists to supply that. Never properly tested (no measurement given), and subject to the same refutation by calculation as 5b unless a source of MeV particles is stated. - Tritium by electrolysis: ordinary water electrolysis enriches the tritium that is already present, because heavy hydrogen isotopes stay behind in the cell [memory, high]. That is an established isotope-enrichment method. "Made" tritium would need a neutron source acting on lithium or deuterium. As stated: Not testable as stated; read as enrichment: Established but not a production of new nuclei.

H. Corrections to earlier documents

1. My own physicist.md, section "Investigator findings (2026-10-04)", H, bullet 2 says the "1943 'Radiant Energy' printing" would settle the dating of the folder's "1926" printing. Correction: Q01 shows the same sentence in the 1945 printing, and the "1926" printing itself mentions the atomic pile and plutonium, so it was compiled after 1945 [read: Q01 note; facts.json; qe.md]. The "1926" label (on the file and in earlier reviews, including mine) is not reliable as a date of composition. Whichever reviewer or primer says "1926" as a date should say "a printing labelled 1926, compiled after 1945".
2. Physics passages attributed to Moray. Any statement of mine, or in the arbiter or primer, that Moray "argues" or "writes" the alpha-particle, spinthariscope, phosphor, induced-radioactivity or folded-cylinder pages (Radiant Energy pp.53-59; Isotopes pp.4-6) should say these reproduce Le Bon (1905). My Claim 5a said "dissociation of matter" as if a Moray concept; it is Le Bon's term, adopted by Moray. The Isotopes resonance theory (pp.20-26) is partly Glasser and Preston (section C).
3. Q09 note (2026-10-07) and A09: Moseley's 150 kV was the potential of the central radon bulb (the source charges positive), not an "outer sphere"; the 150 kV and 0.01 nA figures are from secondary sources and the primary paper has not been read [Q09 researched note, correction 1]. Weber's neutrino claim was tested at least four times with null results, not merely "never confirmed" [correction 2]. 108mAg (439 years) decays mainly by electron capture to palladium-108, not to cadmium [correction 3]. The diamond sentence is on printed p.54 (scan p.55), not "p.55" [correction 4]. "And sometimes other properties" is Moray's addition, not Le Bon's [correction 5]. I accept all of these.
4. Q09 note, neutrino stopping. The note's "about 1e-19" stopping fraction for a metre of lead is a low estimate; a coherent-scattering estimate gives about 2e-17 [calc, section D6]. Either way the absorbed power is smaller than needed by a factor of at least 1e17 to 1e21. This is a refinement of a figure the Investigator marked [memory]; it affects no conclusion.
5. Q12's wording records two small points about the owner's question (pure mercury and gold, not tin, score "2"; Figure 45 uses a positive electroscope). I agree and note that my section F follows Q12's version.

I. Not weighed, and what would settle it

• Foster 1990 (lead 42): needs the original letter, the press log, the contractor and "Project X". The question whether this is the Foster who relayed Fletcher's account in 1973 is unchecked.
• Moseley's full 1913 paper: the 150 kV and 0.01 nA figures rest on secondary sources.
• Glasser and Preston wording: matched by Google Books snippets only; the complete texts are not read. I hold section C's provenance claim to the quoted fragments.
• Why tin in mercury beats both metals (Le Bon; Q12): fresh oxide-free surface, lower work function, or trace impurities; not decided in the sources.
• Campbell's correspondence in the Athenaeum (pp.237-366) and Nye (1974, Hist. Stud. Phys. Sci. 4:163-195): not read.
• Whether Moray ever ran a sulphide-screen, amalgam or thorium-plate experiment: nothing in the folder says so. Moray's notebooks (held by the family) would settle it.
• The sons' "Le Bon's book withdrawn from libraries": a family statement in the 5th edition (pdf p.187), uncorroborated here, and not checkable from the Investigator's notes. I do not weigh it as suppression or as ordinary weeding of a 1905 book; neither reading is excluded.

Web verification (this section)

No live web call this run. I checked six quotations against the Investigator's saved copies of web pages, which are [web] sources saved with their URLs: (1) Le Bon's "the experiments of Rutherford and his pupils should be taken up anew" and its footnote, https://www.rexresearch.com/lebonmat/lebonmat.htm (saved research/pages/lebonmat.htm); (2) the same page for "10,000 times more active, surface for surface" and "according to Rutherford"; (3) the same page for "I have succeeded, by using certain varieties of phosphorescent sulfide"; (4) the same page for the "Brazilian diamonds alone --- Cape diamonds never" footnote; (5) the same page for the folded-sheet-cylinder passage and for "mercury became extraordinarily radioactive under this same influence, so soon as traces of tin are added"; (6) Rutherford, Radio-activity, 2nd ed., "over 10,000 times as active per unit surface as the thoria", https://archive.org/details/radioactivity00ruth (saved research/pages/rutherford-radioactivity00ruth.txt). All six match the Investigator's quotations. Still [memory] with no web check: work functions of tin, mercury, zinc, aluminium and magnesium (medium); the UV flux and quantum-yield assumptions in F (medium); the Fermi-constant coherent-scattering formula (high); the claim that alpha decay is allowed only for heavy nuclei (high); water-electrolysis tritium enrichment (high); the radium-chain energy of about 27.7 MeV per chain (medium); and the "teletherapy source" comparison (medium). No verdict rests on any of these alone.

J. Verdict changes from this section

Summary of what this section does. No verdict label is reversed. Two components are added to Claim 5 (Le Bon's thesis as superseded but instructive; the resonance-transmutation mechanism as refuted by calculation), one to Claim 4 (the stone's likely radium-bearing composition) and bounds are added to Claim 3. The larger finding is about provenance: large parts of the books' physics pages are Le Bon (1905), Glasser (1944) and Preston (1928), so they are evidence of what Moray read, not of what he measured. The decisive tests remain those I listed above (a radiation survey beside a running device, assay of electrodes for new elements, gamma spectroscopy of surviving tubes), and now also an alpha-sensitive ZnS:Ag screen laid on a surviving tube, which is the simple test for radium that Q04 proposes.