Morray-TH (T. Henry Moray): Science Contrarian review (Step 2 re-run after QE "MAJOR")

Role: Science Contrarian, PhD standard. Claims are judged by experimental evidence, not by consensus. The review separates "tested and failed", "never properly tested", "dismissed without testing", and two further categories the QE record forced me to add: "test offered, inventor withheld or declined" and "non-neutral rebuild failed". The same rigour is applied to the researcher and to the critics. Mallove is a standards model, not a persona.

Tags: [read] = in the project documents (cited by deep-read file and page; "p." is the PDF page unless stated); [web] = Internet source with URL; [memory] = recall with confidence; [calc] = arithmetic done here.

Inputs used: qe.md, claims.md (revised), facts.json, the six deep reads (5th-ed. scan pp.32-133; 4th-ed. scan pp.116-197; Isotopes pp.33-40; Photo Actinia pp.22-54; Rex Research pp.1-22; Nuenergy pp.9-21), and the digests.

0. What changed since my first version, and what did not

My first version rested on a skimmed tesla.hu text of the 5th edition. It said no document records a power above about 1 kW, that the record covered "1925-28", that "critics did not insist on instruments", that the 1928 test was never repeated by anyone, and that the Rex Research gold work had "no blanks". The deep reads show those statements were wrong or too absolute. Corrections that matter:

1. Kilowatt-scale lamp counts exist, 1930-38. Welling 1.5 kW (1930); Lovesy 2.15 kW (1930); Yates about 2.5 kW (Dec 1930); Todd about 4 kW (1937); A. B. Jensen to the Utah Securities Commissioner about 5.5 kW (spring 1938); Bringhurst about 5.7 kW (July 1938); Dugway desert test about 5.25 kW (1938); Gardner about 8 kW (about 1936). All are nameplate counts, none is a measured power. Only "4 to 50 kW" as an unattached specification, and the 4th ed. line "50,000 Watts obtained from one unit", has no witness, date or measurement [read: 5th-ed. deep read s.1.1; 4th-ed. deep read s.5].
2. Some checks were instrumented, though none measured power. Yates (1929, 1930) opened the main switch, shorted the terminals, discharged condensers, emptied the boxes and put a crystal set on the leads. A. B. Jensen (1938) put meters on the antenna and ground leads and tested every removed part for battery action; the Commissioner bored holes in the box [read: 5th-ed. deep read s.1.1, s.1.3]. "No instruments" was wrong. "No power metering" stands.
3. Test offers and declines are on record on both sides. Fletcher says (1957) and Foster says (1973, relaying Fletcher) that a New York concern or Bell Labs was to build and test the apparatus and Moray agreed but did not come. Moray called this "100% untrue". Nobody produced a document either way [read: 5th-ed. deep read s.2.1].
4. A non-neutral rebuild failed. Hayes, Moray's patent agent, who had been shown "every detail", testified at Reno (1932) that he and his associates tried to build the machine from the patent papers and failed (editors' report, no transcript) [read: 4th-ed. deep read s.3].
5. The gold work had a crude control. Two irradiated "no environmental solution" samples gave 0.12 and 0.26 oz Au/ton against 17-100 with solution [read: Rex deep read s.2.3].
6. The patent examiner did state the "no natural source" ground (a separate action; the 23 Dec 1932 letter states only inoperability). The earlier "sons' gloss" point is withdrawn [read: claims.md claim 6; qe.md s.4 check 2].
7. Smaller fixes. Moray's own per-person figure is 1,193,600 lamps (the sons give 1,693,600). The USDA 1940 document is a build order, not a request for clinical testing. The FDA default was contested and the motion to vacate was denied on 20 Aug 1963. The Rex gold was assayed by "an independent assayer company", unnamed.

What did not change: the energy-density refutation of a known-radiation source, the correctness of the textbook RLC algebra, the absence of any neutral power measurement, and the conclusion that the physics explanation offered is wrong even if the demonstrations were as reported. One calculation of my own (the gold energy budget) was weaker than I wrote it, and I redo it in Claim 5.

1. Source gap (repeated, updated)

• The 4th (1960) and 5th (1978) edition scans are OCR'd and digested in full. Deep reads cover 5th ed. pp.32-133 and 4th ed. pp.116-197 only; the rest rests on digests [read: claims.md Source gap].
• Every witness letter, affidavit and "Brief History" reaches us only through books edited by Moray or his sons. Several were solicited decades later: A. B. Jensen typed Dec 1956 or 1958 and sworn Jan 1963 for events of 1938; Gardner 1963; Todd and Bringhurst 1971; Jurgensen 1978; Fletcher 1979. The 4th and 5th editions disagree on the date of the Jensen statement (1956 versus 1958) [read: 5th-ed. deep read s.5; 4th-ed. deep read s.2]. No original Securities Commission, REA, Bell Labs, utility or Frazer report is in the folder.
• No neutral, metered measurement of the device's input or output exists. Moray's own 1960 status summary says instruments for present-day energies are "of no value" for the valves and his own are "not giving ABSOLUTE readings" [read: 4th-ed. deep read s.5]. Conclusions about the device therefore rest on friendly testimony. Conclusions about physics rest on [calc], [web] and [memory].
• The detector was never examined by an outsider in a recorded test. The possible exception is the 1938 Securities inspection, where "every part" was weighed and tested but the text does not say the detector was opened [read: 5th-ed. deep read s.1.2].
• Rex Research, Nuenergy and the Fate 1956 article are third-party or promotional transcriptions with no certificates or protocols. The John Moray talks and the 2008 audio were not deep-read.

2. Researcher check (same rigour for Moray, his family, and the critics)

Problems on the Moray side (each [read]): - John Moray attributes Judd's sentence "it is established, I should say absolutely, that what we have is something entirely new" to Fletcher. In Judd's letter it is Judd's own conclusion. He also turns Eyring's "mechanically ... sound" into "mathematically" [5th-ed. deep read s.2.1]. - The detector weight is given as less than 1 oz, 1 oz, "the vital eight ounces" and "two ounce" in different places. Strawberry 1926 is "26 miles" (odometer at last line), "52 miles" (stop), "26 miles from any line" (Welling) and "50+" (sons' 1991 paper). Emigration Canyon is "about 4 miles" and "seven miles from a power line" [4th-ed. deep read s.2; claims.md]. - Performance claims conflict: 1 lb per kW (1962) versus 1 lb per W (1968); 10-20 good tubes in 100 (1960) versus 2 in 100 (1962); 4 kW (Hayes 1931, "potential" 50 kW); 50 kW with no witness [claims.md; qe.md s.3]. - The 1928 documents disagree on pilot lamp (10 W or 20 W), on end load (four or five 100 W lamps; 560 W or 635 W or 675 W), on duration (84 h or 83 h 34 min; "continuously for a week" in Hayes 1929), and Hayes's "0.878 hp" is an arithmetic slip (635/746 = 0.851) [5th-ed. deep read s.1.4]. - Start-up always needed external excitation: magnet stroking 4-10 min, rubbed discs, a hand electrostatic plate, and in the endurance test a shock from the terminals before the switch closed. Moray's own theory says the first stage is "excited by an external energy source" [4th-ed. deep read s.1, s.5]. This is a stored-charge question, not a detail. - Failure modes are convenient: a tree felled (4 Oct 1928), a hammer blow, a 2-3 lb stone dropped on the bench (Welling), Knudsen's switching burned out the valve. The detector is fragile and always the last item to be hidden. - Moray refused Eyring's wattage test on the ground that "the amperage would burn out his device" (John Moray's account only) and ran the Knudsen test only on a condition of a written statement, then objected to Knudsen adding his own coil [5th-ed. deep read s.2.1, s.3]. - Moray's own marginal note concedes Fletcher "did see all and handled all but one part which weighed one ounce" [5th-ed. deep read s.2.1]. The withheld part is the one that matters. - Unfalsifiable framing: any refusal is evidence of suppression. A 1931 open challenge to "sketch how the demonstrations could be faked" had no recorded taker, which proves little [5th-ed. deep read s.2.2]. - The 1932 "Brief History" that carries the Welling-era story was disowned by Moray as "composed and edited too much like promotion" [5th-ed. deep read, header]. - Yates's degree is Cornell in one place and Columbia in another [4th-ed. deep read s.2]. Several witnesses were Moray promoters or business associates (Judd, Hayes, Bringhurst, Lovesy).

Problems on the critics' side (each [read]): - Fletcher's 1956 letter dates his visit "15 or 20 years ago" (it was 1928) and says Moray "refuses to let anybody see it" while his own 1928 letter says he handled all but one part. His 1933 letter says Moray could not draw a real circuit; his 1928 letter says the energy and frequency questions were open. He asked for $100 and $200 to compile or write reports [5th-ed. deep read s.2.1]. His 1979 declaration was written at age 94 from memory [facts, 5th ed.]. - Fletcher's 1957 claim of a New York test rests on his word and on Foster's relay. Both are consistent but not independent, and the date is unknown ("1930s"). Moray's files have no invitation [5th-ed. deep read s.2.1, row "Fletcher, date unknown"]. - Eyring's accounts conflict. In 1925 he found "no fault" and set a 3-4 mile criterion. In 1963 (Vickers, 11 years later) he saw lights and could not attest because a part was held back. In Moray's 1965 hearsay memo he "never saw anything". In 1970 (AEC Larson) he "is convinced there is no demonstrable evidence" [5th-ed. deep read s.2.1]. Eyring never wrote a report. The Emigration Canyon test he proposed was run without him, and no later account says whether he accepted it. That is a failure by a critic to follow up on a test he had defined. - Millikan declined on a ground that is fair (concealment) but without looking. Bennett's 30 Oct 1961 letter describes Moray as demanding $50,000 with no location or process disclosed, a claim John Moray, who was present, calls inaccurate on one point [5th-ed. deep read s.2.1]. NASA's 21 Jul 1961 refusal gave "probability not sufficient"; no visit is recorded. - Bell Labs (1937) wrote that a "complete investigation" was warranted by even a small chance, yet no investigation was made [5th-ed. deep read s.2.1]. Critics who write that sentence and then do not act on it share the fault. - The 2005 NASA contractor survey calls the claim "not scientifically defensible" but is a literature survey, not a test [claims.md; first contrarian version].

Balance: Moray is more responsible for the absence of a test than any single critic, because he held the detector back in every recorded examination. But the hostile or indifferent institutions also never organised the one test that would have cost little: a power meter on the antenna and ground leads, in a place they controlled.

Claim 1. The RE device lit lamps and a flat iron from antenna and ground alone, at kW levels, for days, and did not heat

a. Mathematics. No circuit analysis or schematic with values exists. The one numerical argument that can be checked is the endurance-test energy. About 110-120 W for 157 h 55 min (74 h 21 min + 83 h 34 min) is about 17-19 kWh [calc; read: 5th-ed. deep read s.1.4]. Lead-acid stores 35-40 Wh/kg [web https://en.wikipedia.org/wiki/Lead%E2%80%93acid_battery], so that is about 430-540 kg of battery, against two boxes of about 10 x 20 x 4 in in a trunk. For the 1938 Securities test, 5.5 kW for over an hour is 5.5 kWh, about 140-160 kg of lead-acid [calc], and the parts were weighed and the box drilled. So "hidden battery" is a poor explanation for both events, provided nameplate sums are anywhere near the delivered power.

That proviso is real. Todd saw bulbs that "burned cold except each had a hot spot about the size of a dime", Pyper saw a "softer light ... like daylight", and photographers needed about ten times the normal exposure with halo effects [5th-ed. deep read s.1.1, s.5; 4th-ed. deep read s.2]. That is how high-frequency or gas-discharge excitation of a filament bulb looks, not how a bulb at rated power looks. The 4-8 kW sums are therefore upper bounds on delivered power, probably well above it. This cuts both ways: it weakens "kW observed", and it weakens the battery arithmetic for the short large-load tests (a battery need not supply nameplate power).

b. Consistency with experiment. A passive antenna cannot deliver this. Ambient RF at 50 kW at 5 km is about 1.6e-4 W/m2, and even an ideal aperture of about 7,000 m2 at 1 MHz yields about 1 W [calc; memory high for antenna formulas, not web-checked]. So 100 W to kilowatts is two to four orders of magnitude beyond any known passive reception. The observations fit one of three things: a feed through the leads (hidden or external, including a mains-bonded water-pipe ground), stored energy primed at start-up, or something unknown. Nothing in the record separates them.

Specific points the new record adds: - Disconnect tests do not discriminate. Pull the antenna and the light dies, put it back and it returns. Every one of these is equally predicted by a hidden feed through the antenna (Knudsen's suspicion, a wire in the 90-ft pole) [5th-ed. deep read s.3]. - Water-pipe ground. In the endurance test the ground was the basement water pipe [read: 5th-ed. deep read s.1.1]. In ordinary practice that pipe is bonded to the service ground and neutral, so pulling the main switch breaks the hot conductors but not that path [reviewer's inference in the deep read; memory high]. Driven-rod grounds (1925 coop, Strawberry 1926, Dugway 1938) avoid this objection. - The 1938 capacitor test (E. G. Jensen, 20-21 Mar 1938): output lamp lit through a 0.025 uF capacitor and through a glass-plate capacitor in the antenna lead; a 60 W lamp in series never lit [read: 5th-ed. deep read s.5]. A 60 W lamp needs about 0.5 A [calc]. So the antenna-lead current was far lower than that, hence either high voltage at small current, or the power did not come through that lead as conduction current. The test is genuinely informative and was not mentioned in my first version. It does not by itself prove a source, since a 0.025 uF capacitor is a small reactance at radio frequency (about 6 ohm at 1 MHz [calc]) and a hidden or capacitively coupled path is not excluded. - A. B. Jensen's "electrically dead" meter reading on the antenna and ground leads is ambiguous. If the device was running, a dead reading contradicts every other account that power flows through those leads, or means the meters did not respond at RF. The statement does not say which [read: 5th-ed. deep read s.1.3]. - Field tests. Strawberry 1926 lit one 100 W lamp at "75% as bright" for 15 min after 10 minutes of magnet stroking, 26 miles from the last line. That is 25 Wh, less than 1 kg of lead-acid [calc], easily hidden in Jensen's described "butter-box sized" boxes. Dugway 1938 (5.25 kW nameplate, "a heater or fan", written 24 years later) states no duration and no meters [read]. So the remote tests, though better than basement tests, do not exclude a battery or a carried source, and the long, high-energy tests (endurance, Securities) were at Moray's house.

c. Tested? Observed repeatedly, in non-neutral settings. Observers with technical training include Fletcher, Eyring, Hayes (PhD, ex-patent examiner), Yates (E.E.), Polly (PhD), Pyper (13 years at a power company), Gardner (civil engineer), A. B. Jensen ("battery expert"), Crim (REA senior regional engineer), Craig (REA). The record is stronger than I first stated: Crim reported "entirely satisfactory as far as performance went" but could not explain it, and Craig "personally observed on several occasions", both only via Craig's 1963 letter; Crim's report is "presumed lost" [read: 5th-ed. deep read s.1.1]. Never done: a neutral laboratory with a power meter, oscilloscope or spectrum analyser on the leads, a screened or mains-isolated room, or a site and ground chosen by a hostile party. Not replicated by anyone. Fletcher's own 1928 point (3), run the same circuit without the antenna if the source is internal, was never run; Pyper's hand-held counterpoise (1937) is an antenna-like conductor and does not count [read: 5th-ed. deep read s.5].

Frazer's two months of REA testing in 1939 is the longest alleged third-party test, and it ended with the device smashed by Frazer; no report is in the folder [read: 4th-ed. deep read s.4]. The 1943 rebuild and the 1957 demonstrations are in the digests only and were not deep-read.

d. If true. The first law is not violated if there is an external source, but electrical engineering would need an unrecognised, extractable power source at density not found in any measurement (Claim 3).

Verdict (split): - Weak form (a box connected only to antenna and ground lit 0.1-6 kW nameplate of lamps and irons in front of many witnesses, 1925-38, including a 157 h 55 min sealed run at about 110 W): Never properly tested. Witnessed, partly instrumented for battery and hidden-lead checks, never metered for power, never replicated. The energy argument makes a hidden battery hard for the endurance and Securities tests; it leaves a feed through the leads, a mains-bonded ground, and priming charge open. - Strong form (4-50 kW from 60 lb, indefinitely): Never properly tested, and largely unwitnessed. The 4-8 kW observations are lamp counts with cold bulbs. The 50 kW figure has no witness, date or measurement. The sons' "up to 50,000 watts" is a specification.

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

a. Not a mathematical claim. The supporting arithmetic is the battery calculation under Claim 1.

b. Consistency with experiment. The best evidence, ranked by how well it separates hypotheses: 1. Utah Securities Commission inspection (spring 1938). An official, a "battery expert", every part weighed and meter-tested, holes bored in the box, a 4.5 kW lamp load plus a 1000 W iron and motor for over an hour [read: 5th-ed. deep read s.1.1]. Limits: Moray's laboratory, Moray's wiring and antenna; the antenna lead and the room's wiring were not shown to be traced; the account is a statement typed 1956 or 1958 and sworn 1963; the Commissioner's own report is not quoted; the detector was not shown to have been opened. 2. Strawberry 1926 and Dugway 1938 (freshly erected antennas, driven grounds). Strongest against a hidden wire in the pole or a water-pipe path. Weak on energy (one lamp, 15 min) or on documentation (Dugway, no duration, no meters, 24-year-old recollection). 3. Yates 1929-30: terminals shorted without spark, condensers show an arc but boxes held no battery, crystal set on the leads gave hum-free reception, 2.5 kW load. A crystal set free of hum is consistent with RF energy, and with a battery-fed supply too [read: 4th-ed. deep read s.2]. 4. Pyper 1937: shorting aerial to ground "just turned off the power", wires "cold"; house main disconnected and the house lit from the box. He did not see inside the larger box [read: 5th-ed. deep read s.1.1]. 5. Fletcher 1928: his two hypotheses were an external source or battery action "commenced and kept alive by some form of energy from the atmosphere"; "I am just as puzzled as ever" [read: 5th-ed. deep read s.2.1]. He did not conclude "no battery"; he withheld judgement on an unexamined detector.

Against: Knudsen (1931) suspected a hidden wire in the 90-ft pole [read: 5th-ed. deep read s.3]. Eyring in 1925 favoured induction. Both suspicions have a simple test (inspect the pole; run farther than 3-4 miles from lines), and the first was addressed by the later remote tests but not by anything Knudsen could see. Dr. K. Vern Knudsen was an acoustics physicist at UCLA [web https://en.wikipedia.org/wiki/Vern_Oliver_Knudsen], so the book's "Stanford" is probably an error (not material).

c. Tested? Partly, and in a way I understated before: induction was tested once in the form Eyring defined it (Emigration Canyon, Dec 1925), by Moray's side, in Eyring's absence. Batteries were tested by weighing and metering parts (Securities 1938, Yates). A hidden lead was tested only by disconnect experiments that cannot separate the hypotheses. No hostile-site test. The earlier line "critics did not insist on instruments" is wrong for the 1938 episode, but no critic insisted on a power meter at the leads. Millikan's refusal and Bell Labs' non-action are "dismissed without testing, for a defensible reason (concealed part)".

d. If true. A source or an unknown rectifier of ambient fields at kW level; same consequences as Claim 3.

Verdict: Never properly tested. Battery explanations are strained by weighed parts and energy arithmetic in the 1938 and 1928 events; induction and hidden-feed explanations are not excluded by disconnect tests, and the field tests are too short or too poorly documented to carry the claim. The best single settling experiment remains a power meter on the antenna and ground leads, in a room the sceptic wires.

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

a. Mathematics. Appendix IV is arithmetically right: 50 kW through 1 m2 at c needs 5e4/3e8 = 1.67e-4 J/m3 for a perfectly absorbed one-way beam. The comparison to heating water mixes units (per m3 versus per cm3) and ignores isotropy (a factor of about 4 smaller capture for isotropic radiation on a flat plate) [calc; memory high]. The RLC resonance in Chapter 10 is textbook-correct as printed and proves nothing about a source: resonance stores and exchanges energy, it does not create it.

The more informative internal point comes from Moray's own text: the first stage is "excited by an external energy source", then self-sustaining "as long as it remains properly tuned and the external circuit is completed through a suitable load" [read: 4th-ed. deep read s.1]. That describes an externally primed oscillator with an external supply, which is not self-contradictory. It leaves the supply as the whole question.

Compare to known densities: sunlight 1,361 W/m2 gives 4.5e-6 J/m3 [web https://en.wikipedia.org/wiki/Solar_constant], so the requirement is about 37 times full sunlight. Cosmic rays about 1 eV/cm3 = 1.6e-13 J/m3 [web https://en.wikipedia.org/wiki/Cosmic_ray], so the requirement is about 1e9 times too large. The per-person figure: 1,193,600 lamps x 100 W = 1.19e8 W (Moray's own); times 2e9 people is 2.4e17 W, about 1.4 times the roughly 1.7e17 W of sunlight Earth intercepts [calc; memory high for the solar total]; the sons' 1,693,600 gives about 1.95 times. Either exceeds total supply.

b. Consistency with experiment. Not with any measured radiation field, nor with the Earth's energy budget. The Nuenergy hypothesis (local spark-gap stations until the 1928 Federal Radio Commission rules, then radioactive dopants) is a reconstruction by one author, resting on Moray's own book editions, an unnamed "military records" source and hearsay [read: Nuenergy deep read s.1, s.5]. As a power source it fails the same way: ambient radio near a spark station yields about a watt at best for an ideal aperture [calc]. The document also contradicts itself: p.19 says the current "cannot be caused by radio signals. These are much too weak", against the p.9-10 premise. Spark stations also cannot explain a device working 26 miles from any line in 1926 (unless the cosmic framing is used), and the 1928 date for the Radio Act change is unsourced [read; General Order 40 date remains memory, medium].

c. Tested? The cosmic hypothesis has not been tested: no measurement of the incident field at the device exists. Polly (1936): "does not depend on any battery or other source of electricity than the antenna ... no violation of thermodynamics" [read: 5th-ed. deep read s.1.1]. A hypothesis that the energy comes in through the antenna from an unknown radiation is testable by one measurement and a test without the antenna, neither made. Perreault says he plans to build a "few hundred watts of excess power" generator; no result is reported [read: Nuenergy deep read s.3].

d. If true. A new radiation field of at least 1e-6 J/m3 at ground level (basement demonstrations at about 600 W per m2 aperture) seen by no instrument and interacting with nothing else, or extraction from the vacuum state with no accepted mechanism. It would overturn radio astronomy and the Earth's energy balance.

Verdict (split): - Energy from known cosmic radiation (cosmic rays, starlight, the microwave background) at kW levels: Refuted by calculation (1e9 short for cosmic rays; 37 times sunlight in a basement). - Unknown oscillating radiation captured by resonance: Not testable as stated (no frequency, flux or detector specification; "oscillations of the universe" undefined). It would become testable with one field measurement at the device and one antenna-free run.

Claim 4. The secret is the Moray valve/detector (mineral stone or pellets; preceded the transistor; later a radioisotope-excited tube cascade)

a. No equations. Chapter-level RLC algebra only.

b. Detector minerals (galena, pyrite, zincite, germanium, bismuth) are classic rectifiers; rectification is real, gain without a supply is not. The 1960 status text says the key tubes are "ionic cold cathode tubes which require no external power sources" yet the system needs "critical balance and combined synchronous resonance" among 29 tubes and only 10-20 of 100 tubes work [read: 4th-ed. deep read s.5]. That is the language of a delicate, poorly reproducible device, not of a settled technology. The 1968 proposal's "one pound per watt" is about 600 times worse than the 1930s claim and in the range of known isotope thermoelectric generators [first contrarian version; the RTG figure remains [memory, medium], not web-checked and not needed for a verdict].

The Perreault tube claim does not help. He reports that Moray's surviving tubes (bought from a collector chain after Moray's widow gave them away) show no radioactive material "upon inspection", with no instrument, method, count, photograph or contents described [read: Nuenergy deep read s.3]. His explanation, that Pb-210 "burnt out", does not follow: Pb-210 has a half-life of 22.2 years [web https://en.wikipedia.org/wiki/Isotopes_of_lead], so after 25-45 years much of any original activity would remain. His two routes to "artificial radiation" (bismuth to Po-210 by tube emission; radon plated onto a negatively charged metal) are inconsistent, and the first has no nuclear mechanism [read; memory high]. Hearsay provenance, no tests. It is not evidence either way.

c. Tested? Never examined by an outsider in a recorded test. The detector was held back at the 1925 GE visit, the 1927 Haffeneffer visit, the 1928 Fletcher and endurance tests, 1931 (Baldwin, Knudsen), 1933 (Jurgensen), 1963 (Eyring) [read: 5th-ed. deep read s.1.2]. Hayes said Moray "has shown me and explained the detector" (1929) and then, at Reno in 1932, said he and his associates failed to build the machine from the patent papers. That is the "non-neutral rebuild failed" category: Hayes had access, a stake, and a skill set, but the editors report it without a transcript, and the failure fits both the "details withheld" explanation and the "not reproducible from the papers" explanation [read: 4th-ed. deep read s.3]. Knudsen's session burned out the valve, the only recorded case of a hostile-ish probe, and Moray's account (switching surges, an extra coil) and Richards's account ("the valve stopping its function") agree on the outcome, not the cause [read: 5th-ed. deep read s.3].

d. A passive element with energy gain would overturn amplifier theory. A radioisotope-ionised tube would be supply-limited by the isotope (microwatts per curie [memory, medium]).

Verdict: Never properly tested for the device (examination withheld, one non-neutral rebuild failed). "Preceded the transistor": Not testable as stated (redacted exhibits, a 1927 certificate with part blanked, assertions only).

Claim 5. Matter dissociates into energy; the same radiation transmutes elements and treats disease

5a. Gold and silver (the 1963-70 Institute tests)

Evidence in the folder (corrected). Hooper's solution-only test: Baker reagent chemicals with "no atoms of higher atomic number than 19 in quantity", irradiated about a minute, evaporated, residue "sent to an independent assayer company", 929.76 oz/ton Au and 113.04 oz/ton Ag [read: Rex deep read s.2.4]. The Aug 1963 Radiation Dynamics linac series, with eight sections and two irradiated no-solution samples (A2 750 kV: 0.12 oz Au/ton; A3 1.5 MeV: 0.26) against 17.2-100 oz/ton with solution [read: Rex deep read s.2.3]. A 62-test Varian series (mean 15.16 oz/ton per Rudolph; Olsen 11.79, 95% interval 9.22-14.36) [read: s.3]. Pilot-plant nine runs, three below 5 oz/ton, average 19.2 [read: s.2.5]. A 1970 series of seven results, mean 37.6 oz/ton [calc from s.3].

a. Mathematics and the energy budget. My first-version calculation ("about 1e11 J per kg of solution, 50,000 times the energy to boil water") used the mass of the residue and is not a fair statement for a few grams of dried salts. Redone: 929.76 oz/ton is 3.19% gold by mass [calc]. In 1 g of residue that is 9.7e19 gold atoms. Even one 8 MeV event per atom is about 125 J per gram of residue [calc], which a linac delivers in seconds. So the simple energy-budget argument does not refute the figure. [CORRECTED 2026-10-04: this is wrong by a factor of 1e6. 8 MeV = 8e6 eV x 1.602e-19 J/eV = 1.28e-12 J per atom, so 9.7e19 atoms need about 1.25e8 J per gram of residue, not 125 J; the reported doses (0.5 Mrad = 5 J/g; 20 Mrad = 200 J/g) are 6e5 to 2.5e7 times too small. Even 1 MeV per atom needs 1.6e7 J/g. The energy budget does refute the figure; see the Claim 5 line in 'Investigator findings (2026-10-04)', and claims.md 'Numbers worth carrying forward'.] The refutation is nuclear, not thermal: gold (Z = 79) must be built from elements of Z of 19 or below, which needs about 60 or more protons added to each nucleus. Photons of at most a few MeV or tens of MeV remove neutrons and protons; they do not add them, and charged-particle capture on this scale faces Coulomb barriers of order tens of MeV per step that the 750 kV and 1.5 MeV beams (electron energies) cannot overcome [memory, high]. A yield of about 1e20 atoms per gram would also leave strong radioactivity from activation products and a gold residue that is isotopically mixed; none is reported [read: Rex deep read s.2.4; memory high]. The authors' own conclusion list says the reaction needs pre-existing "isomers of the isotopes" in the ore, which contradicts Hooper's gold-free solution [read: Rex deep read s.2.3].

The mean 15.16 (Rudolph) and 11.79 (Olsen) cannot describe the same 62 results by the same method. The "97.5% above 10.51" and "99% above 10.5" claims cannot both be right for one data set; outliers were dropped and zeros redistributed to build a "typical distribution"; a frequentist 95% interval was read as a probability on the mean; and p.18 prints 14.66 where the interval implies 14.36 [read: Rex deep read s.3]. Within-run spread of up to 6-fold was blamed on "sampling technique ... drying temperature". Smaller 1970 samples gave proportionally higher oz/ton (30 g: 65-67; 60 g: 33-35), exactly the pattern expected if a fixed amount of gold is added per run and divided by sample mass [calc; Rex deep read s.3]. That reading is mine; it is as consistent with the data as the authors' "inverse-linear in sample size".

b. Consistency with experiment. Nuclear transmutation by electrons or photons is real but yields are tiny per unit dose [memory, high]. Fire-assay flux (litharge) carries measurable gold and silver and is run with reagent blanks as standard practice [memory, high, not web-checked]. Arsenopyrite and pyrite, named by John Moray in 1981 as components of the "environment", are classic gold hosts [read: Rex deep read s.2.1; memory high]. So a gold-bearing or gold-contaminated "environment solution" is the first thing an unirradiated environment-only blank would test.

c. Tested? The strongest documentary point for the Institute is the contrast between the two no-solution irradiated controls (0.12 and 0.26 oz/ton) and 17-100 oz/ton with solution, a 66-fold to 833-fold ratio [calc]. It carries real weight against a simple "the beam made it" artefact, but it cannot separate "transmutation" from "the solution carries gold": there is no unirradiated solution sample, no solution-only fire assay, no assay blank, no split sample. The controls are unreplicated (n = 2), non-zero (0.12-0.26 oz/ton is 4-9 g/tonne [calc], comparable to ordinary ore grades), and by my reading of the labels (inference, flagged in the deep read) the reagent-grade sample may have had no control at all. Assay by an "independent firm" is asserted, unnamed, with no certificates. Operators of outside accelerators (High Voltage Engineering, Electronized Chemicals, Radiation Dynamics, Varian) hosted; the Institute team travelled with its technician and "environment" [read: Rex deep read s.5]. The Institute's own records document failed duplication (six runs at 4-7 oz/ton), poor post-Varian linac results, and a "consistency" problem needing 1967-70 research [read: s.2.6, s.3]. No outside party reproduced any result. The 1940-41 Boaz Mine and Union Assay Office assays and the Fate 1956 article are transcriptions without certificates; I did not deep-read them.

Not "dismissed without testing" in the sense of Claim 6: nobody outside the Institute is reported to have run it, but the Institute also never ran the controls an outsider would demand, and withheld the composition of the key solution.

Verdict (split): - Nuclear origin of the gold (building Z = 79 from Z of 19 or less at reported yields): Refuted by calculation (nuclear, not energy-budget, argument: no pathway at these energies, no activation signature, and the Institute's own conclusions require pre-existing isotopes). I withdraw the earlier energy-budget calculation as stated. - That the assays are artefact-free (the numbers are real gold from the process rather than flux, container, reagent, sampling-nugget or drying artefacts): Never properly tested. The two linac controls are the best evidence offered and are insufficient (n = 2, unreplicated, no unirradiated or reagent blank, assayer unnamed).

5b. Uranium ore "ionic recovery"

Before and after values: 0.047% to 21.947% (and 54.48% in a later step), 0.09 to 53.44%, 2.6 to 67.22%, a 1959 one-pound ore 4.59% giving 19.6-51.4% in four runs; Bureau of Mines radiometric (28 Sep 1956) of 18.2-27.9% "U3O8 equivalent" with no "before" value and a note of an unidentified "possibly artificial" fibrous isotropic substance; an AEC visual estimate "appears to be fused or reduced uranium dioxide ... probably 75 and 85%" on a sample that began at 30% [read: Isotopes deep read s.1, s.3].

a. If no uranium is made, the surviving mass fraction is f0/f1: 0.047/21.947 = 0.21%, 0.09/53.44 = 0.17%, 2.6/67.22 = 3.9%, so 96-99.8% of the sample mass would be discarded [calc]. That is ordinary milling. The booklet says no sand is removed but shows no masses. Transmutation would need 26 to 590 times more uranium atoms in the same rock, which is not a chemical or "frequency" process [calc; memory high]. The booklet's "aging" is backwards: real decay chains go from uranium toward lead, so aging reduces uranium [read: Isotopes deep read s.3].

b-c. Radiometric "U3O8 equivalent" tracks gamma activity from radium daughters and cannot distinguish extra uranium from concentrated radium [memory, high]. No controls, no mass balance, no splits, no isotopic (U-235/U-238) analysis, "variations ... are due to variations in ores" and a chosen subset ("a limited number of tests will be mentioned") [read: Isotopes deep read s.2, s.5]. The Bureau and AEC statements are third-party, but they are radiometric or visual evaluations of processed samples and say nothing about upgrading. A hearsay "Dr. Marven (AEC)" remark that no such ore exists in the US "except by the process of aging" is unnamed, uncited and equally what one would say of a laboratory concentrate [read].

Verdict: transmutation (creating uranium): Refuted by calculation (mass balance and the absence of any nuclear source). The data themselves are Never properly tested against the obvious explanations (concentration, contamination, sampling, radium daughters). The AEC and Bureau of Mines were not hostile; nobody reports a neutral re-assay.

5c. Therapy (Cosray, US 2,460,707) and "matter dissociates into energy"

Evidence (corrected). The Photo Actinia table lists 785 treated, 30 not completing, 750 completing, 42 not relieved; my row sums give 783 treated, 706 relieved, 75 no effect; sinus is 309 of 783 (39%) and its row does not add (304 + 3 = 307); printed percentages are partly wrong (cancer 54/78 = 69% printed 75%; blood pressure 91% printed 99%). The table is unsigned, undated, has no compiler, no control, no follow-up, "relieved" is undefined (eight cancer "relieved" died "with little or no pain"), and every patient was also on conventional treatment [read: Actinia deep read s.1]. The June 1940 passage describes a Deputy Administrator of an unnamed branch of the US Department of Agriculture and a "written request and order" of 12 July 1940 to build three devices, with "extended clinical tests by various M.D.'s" afterwards by private physicians; no results, names or documents [read: Actinia deep read s.2]. Moray's own 1941 text says a "thoroughly trained medical research scientist" was still needed [read]. The patent (filed 30 Apr 1943, a continuation of a 15 Nov 1940 filing) uses uranium or carnotite-coated tubes, a feature the book downplays while condemning radium therapy [read: Actinia deep read s.3]. The 1963 FDA action (misbranding; default entered 3 Apr 1963; company moved to vacate and filed a claim, denied 20 Aug 1963) is a legal outcome, not a trial [read: claims.md; qe.md s.4].

a-d. The cell-as-RLC derivation in the book is the textbook damped discharge with no body data. The therapeutic claims, if true, would require an effect of a high-frequency single-terminal field on disease at doses with no dosimetry. "Matter dissociates into energy" is a restatement of E = mc^2 with no rate or mechanism [read; memory high].

Verdict (split): - Cosray therapy effect: Never properly tested. An uncontrolled tally and a regulatory default are not tests. The FDA action was contested and lost on the papers; no clinical trial exists on either side. It was not "tested and failed" and not cleanly "dismissed without testing" either: regulators acted on labeling, not on trial data. - "Matter dissociates into energy" as the power source: Not testable as stated.

Claim 6. The work was blocked or ignored (Patent Office, scientists, politicians, REA, violence)

a. Not mathematical.

b/c. How each rejection actually happened (new record):

How the claim was rejected: with one possible exception (Frazer's lost report) there was no negative experiment; there is no "tested and failed". It was not suppressed in the sense of data being reanalysed, omitted or blocked from publication: Moray did not publish, citing patent bars and fears about priority, and Wilkinson's 1959 offer to help once Moray published or accepted "an impartial jury of qualified scientists" was not taken up. Funding was blocked at NASA by a probability judgement and a politician's letter. The strongest honest summary is a standoff: Moray would show but not disclose; the scientists would not endorse without disclosure. Both stances are defensible in isolation, and together they ensured no test.

d. If true, institutions failed to examine a verifiable device. The record shows credentialed people were allowed to watch repeatedly, and that the failure was the absence of an instrumented, neutral test, for which Moray (detector withheld) and the critics (no insistence on a power meter, no follow-up on offers) share responsibility.

Verdict (split): - Patent rejections and the NASA, REA and AEC events as historical events, with the grounds each stated: Established as documented history (an unusual use of the scale, kept because the events are in primary or reproduced documents). - That the device was dismissed without testing because of scientific orthodoxy or suppression: Never properly tested (a standoff over disclosure, with test offers declined by both sides, and a non-neutral rebuild that failed). - Assassination attempt, communist or REA sabotage, destruction in 1939: Not testable as stated from this folder.

Claim 7. Moray held the title "Dr." (Uppsala doctorate)

The 5th ed. says he studied at Uppsala under the assumed name "James Cain Larson", completed a thesis by 31 Jul 1914, passed orals, and received no certificate; the thesis "is not available". The Uppsala library search (2011) was for "Moray", dissertations 1910-22, and found nothing; a search under the alias was not made [read: first contrarian version, items 6; claims.md claim 7]. Not material to the physics.

Verdict: Never properly tested (alias search not done; no certificate); on present documents the doctorate is unsupported.

What would settle these (revised)

1. Power meter on the antenna and ground leads of the device, with a spectrum analyser and an oscilloscope, in a mains-isolated, shielded room wired by a sceptic, driven rod ground, same trunk and seal protocol, plus an antenna-less run (Fletcher's point 3). Settles Claims 1-3 and which of hidden feed, priming charge or unknown source applies.
2. Remote field run with a duration and meters, repeating Dugway-style conditions with a recording ammeter on a battery-free load, a site chosen by a third party (replaces the 1938 recollection).
3. Open the detector at a neutral laboratory (X-ray, composition, a bench test of rectification and gain) and compare it with the 1949 patent's tubes. Settles Claim 4 and whether a rebuild is possible.
4. Locate the primary documents the sons' books cite but do not reproduce: the Securities Commissioner's 1938 report, Crim's REA reports, any Fletcher-Bell telegram or correspondence about a New York test, Hayes's Reno testimony transcript (Nevada court records), the Patent Office files of the other six applications.
5. Blind gold re-test: split sample, unirradiated reagent blank, environment-solution-only assay, irradiated no-solution control with replicates, named independent lab with certified standards, plus activation and isotopic analysis. A uranium upgrade test with split homogenised ore, masses before and after, chemical rather than radiometric assay, and U-235/U-238 isotopics.
6. Controlled clinical test of the Cosray device against a sham; the 1940 USDA order (archival request) would show whether a government agency ordered devices.

Overall assessment (steelman, then limits)

The strongest honest case. From 1925 to 1938 many educated observers, including a physics PhD (Polly), a patent examiner turned attorney (Hayes), an E.E. (Yates), a power-company electrician (Pyper) and a "battery expert" working for a state securities commissioner (A. B. Jensen), reported lamp loads from a box with only an antenna and a ground, with house mains pulled, parts weighed and metered for battery action, and a box bored by an official. The 1928 sealed run consumed about 17-19 kWh, which no battery in a trunk could supply. Fletcher, a leading acoustics and telephone physicist, called the result puzzling and said either an external source or a tube-based battery action in the tubes was involved. A desert test with freshly erected antenna and a driven ground was reported at 25-30 miles from any line. The patent examiner demanded proof of a natural source and did not test. NASA and Bell Labs said even a small chance warranted study and did not study it. The man most responsible for the secrecy also offered two tests the critics asked for and delivered them (Emigration Canyon, endurance).

Where it fails. Every power figure is a lamp count by nameplate, and the bulbs burned "cold" with a hot spot, so delivered power is probably far below the sums. No meter on the leads was read as anything but "dead". The best-documented tests were at Moray's house with Moray's grounds and antenna, with the detector never opened, a fragile start-up requiring priming, and the failure always arriving when the detector was disturbed. The remote tests are one lamp for 15 minutes or a 24-year-old recollection without duration. The physical explanation (cosmic radiation) is short by nine orders of magnitude against known cosmic-ray density and 37 times against sunlight, and the Nuenergy spark-station alternative fails the same power estimate and contradicts itself. The transmutation work fails a nuclear argument, the Institute's own controls are n = 2 and non-zero, its statistics are internally inconsistent, and the uranium and clinical data have no controls. The performance claimed shrank by about 600 times between the 1930s and the 1968 proposal. Moray's side contains misattributions and conflicting numbers; critics' accounts contain their own errors and an unresolved dispute about who declined a New York test.

Net. The honest position is: observed, partly checked, never measured, never replicated, never opened by a neutral party. The physical explanation Moray offered does not work even if the demonstrations were exactly as reported; whether a hidden feed, a primed store or something unknown powered the lamps is open because the one decisive test (a power meter on the leads, a sceptic's site) was never run by anyone, and the surviving record shows both sides declined to set it up.

Investigator findings (2026-10-04)

Inputs: sites.md "Leads for review" (leads 1-28, runs 1-3), all 28 research/ notes dated 2026-10-03 and 2026-10-04, and research/files/ (the 1944 Senate hearing OCR, Chicago Tribune and Electrical World excerpts, FBI log excerpts, the 1945/1946 booklet compilation, the Bearden page, the Ottawa and FDR Library finding aids, NARA index images, Utah newspaper PDFs). None of this was weighed in my earlier text (nothing above mentions it). Tags: [web] = URL given in the Investigator's note (I did not re-fetch; the Investigator's OCR is as served); [calc] mine; [memory] with confidence. Findings are leads: I keep all of them, whatever my judgement. Web re-check of my own items: not done this pass (see end); no verdict below rests on a medium-confidence item alone.

Summary of what changed

Priority 4: the historical record (the Senate REA hearing, leads 1, 3, 10-12, 14, 17, 27)

What the government's own printed record says [web https://babel.hathitrust.org/cgi/pt?id=umn.31951d03587118y&seq=486; OCR in research/files/HT_1944_Senate-REA-hearing_pt4-5_pp1344-1346...txt]. The investigators' report (Supervising Investigator V. A. Young, a hostile staff in an inquiry into Administrator Slattery) says Moray "claimed that he had developed and unsuccessfully demonstrated on numerous occasions a device whereby it was possible to utilize the vast store of energy of the universe without a prime mover". Carmody approved an inquiry in fall 1938 "long enough to get a clear view". 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, "financed otherwise from private sources". Wood (REA engineer, "also a believer in technocracy") wrote 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". Frazer then spent "the next 2 years ... assisting, begging, cajoling, and threatening Mr. Moray to develop the radiant energy device, all to no avail." Both halves of Wood's sentence are stated here; the Salt Lake Tribune of 11 Dec 1944 printed only the favourable half [web research/2026-10-03-run2 notes; UDN id 28911552] and the Chicago Tribune printed more.

How I weigh it (same rigour for both sides): - Wood is an engineer who watched the device in Salt Lake in 1939 and did not conclude fraud. That is the nearest thing in the record to a neutral engineer's contemporaneous reading, but he is not neutral (a Technocracy believer who wanted the finding to be true, per the same report) and the quoted part contains no measurement. "Honest and unable to perpetrate a hoax" speaks to deliberate fraud. It does not exclude an unnoticed feed (for example the mains-bonded water-pipe ground I flagged under Claim 1), because an honest builder can be wrong about his own wiring. Modest weight, in Moray's favour on motive, neutral on mechanism. - The staff's own wording "unsuccessfully demonstrated" and "followed through to negative conclusions" is a hostile party's characterisation (its stake: discrediting REA research under Slattery). The report cites no test, no meter reading and no failed run. "All to no avail" is about Moray developing the device, not about a demonstration failing. I do not read it as a "tested, not supported" result. It is a government statement that a two-year paid engagement produced no product. - This changes my earlier text. I wrote that Frazer tested for "about two months" and then smashed the device, the family's account, with no report. The printed record gives a two-year engagement (1939-41 on the payroll; Moray told the Salt Lake paper he "was not employed continuously" [web UDN id 28911552]), calls Frazer's role observing and pressing, and says nothing about a smashed device. Silence in a staff summary written to ridicule the projects is not contradiction, but the destruction story now rests on the family alone and the "two months" figure is inconsistent with the government's "2 years". Third-party observation of the device by REA staff therefore ran longer than I wrote, still without a meter. - Termination was not on test results, per the accused administrator. Slattery (2 Jun 1943, second-hand from R. B. Craig, and himself defending his record) says he ended Moray's employment after a conversation with Senator King, who called Moray a "nut" [web same volume, seq 513]. That is a political reason, not an experimental one: it supports the "funding blocked without a test" reading. Slattery's dates (Moray "still with us" in Nov 1942) conflict with the report's end date of 28 Feb 1941, so the account is imprecise. - Craig's second-hand witness description. Craig saw Moray "with a small aluminum disk ... run a small motor and fans by current, unseen current" (Slattery's retelling, undated). A motor and fans are a better indicator of real delivered power than glowing lamps (my cold-bulb point), but this is a retelling by a defendant of what a subordinate said, with no power, date or conditions. It goes into the Claim 1 witness list as weak support. - Funding. A Los Angeles "Smith family" (a cement fortune, per Craig via Slattery) put "hundreds of thousands of dollars" into the laboratory; patents were to go to REA; REA believed it "had a contract". Nothing independent confirms this. If real, a private funder's test records may exist (lead 12).

Tugman, 1940: a qualified sceptic asked, and was refused for twelve years. Prof. Orin Tugman, head of physics at the University of Utah, wrote to Craig in May 1940 (same volume, p.1345): in about 12 years Moray never let him see a demonstration (apparatus not in repair, a part coming from abroad), demonstrations were made to men "not fitted to be critical", an agent said he was told "to stay away from physicists and engineers", investors had no return, and it was "a very clever hoax". Weighing: this is the first contemporary critic's statement outside the family books, and it goes to the heart of my category question. It is a documented case of a qualified sceptic seeking a test and the inventor not providing one (it joins Millikan, Eyring 1963 and Bell Labs under "test offered, inventor withheld or declined"). It cuts against the steelman's list of credentialed witnesses (Polly, Hayes, Yates) as fair samples of expert opinion, and against the reading that physicists refused to look. Limits: Tugman is also an interested party (a department head whose standing is at stake, and he was writing about stock sales his agents were said to run), he reports refusals and an opinion, not a failed test, and the letter is reproduced by a hostile investigating staff. No change in verdict, but it moves the Claim 6 standoff further toward the inventor's non-disclosure.

Stock sales and money (leads 4, 5, 15; Tugman; Thomas; Slattery). Senator Elbert Thomas (1940) reported that stock was being sold with government sponsorship as a selling point; Craig replied he knew of none while REA files held information that Moray's representatives were selling stock, and a Dun and Bradstreet report said so (p.1372). Independent newspaper records: Moray Products stock was quoted in Salt Lake unlisted tables and traded in classified ads in 1932; Sanford v. Moray (27 May 1942) awarded $1,290 for failure to deliver stock "for money invested in corporation to use radiant energy in aircraft"; a $2,500 mortgage suit (1930), contractor suits (1941), a Home Owners' Loan Corporation action (1941-43) and later debt suits [web UDN ids 28958019, 25602932, 15700761; Utah State Archives collection 6071]. Applied to the inventor: he was personally the defendant in the Sanford judgment, so "the sellers were agents" is not a complete defence. Applied to critics: Tugman and the Senate staff had reasons to emphasise it. It says nothing about whether the device worked. It does bear on motive for the long refusal to open the detector, and it is consistent with the "lack of capital" explanation for the record going quiet (Silence E).

The Army, December 1936 (leads 13, 21). War Department Adjutant General index sheets record a report of 8/14 Dec 1936 from Brig. Gen. Edward M. Shinkle (Ordnance), "Invention of sound detector by F. Henry Moray", cross-filed under Moray's attorney K. K. Steffensen, under 023 and under Salt Lake City; and a Feb 1939 enquiry (through Senator Thomas) for the report of "Col. Shinkle who witnessed a demonstration of Radiant Energy device" [web https://catalog.archives.gov/id/557685758, 557741114, 556983073, 561454645; images saved]. The family narrative says the 1936 test was of the sound detector driving loudspeakers [web https://www.slideshare.net/slideshow/th-moray/10546066]. So an Army officer's eyewitness record exists independently of the family, and both sides agree he saw the receiver. Weighing: it confirms that an independent official saw something and filed a report, a point for the "not ignored" side. It is not a test of the power claim, and it narrows what Moray showed the one military witness in the record: a receiver, not the lamp-lighting unit. A crystal-type receiver near a 50 kW broadcast station can drive a speaker weakly from ambient signal; whether this one did more is not recorded [memory, high on the radio physics; the Army report is not seen]. Shinkle's report would settle what was demonstrated.

FBI and CIA silence (leads 2, 14). FBI request 917273 (Ravnitzky; received 25 Feb 2000, closed 17 Aug 2000) reviewed 74 pages and released 72; a separate 2000 request (924753) was closed "Notary"; a 2011-13 request (1178194-002, Badia) was answered "No Records"; CIA request F-2000-01342 (22 Jun 2000) has no posted outcome [web https://archive.org/details/foia-log-2000-2002; https://archive.org/download/UnsortedFBIDocuments/foia-log-1-1-2013-to-3-31-2013-pdf_djvu.txt]. Treated as an anomaly, not a neutral gap: a file released in 2000 and "No Records" in 2013. Competing explanations: file destroyed under a records schedule after 2000; the 2011 search covered only main files; the "-002" sub-request had a narrower scope; or the 2000 file was a cross-reference compilation. The record that would decide: the 2000 release itself (cite 917273, ask for previously processed records) and the requesters' copies. Nothing posted in the FBI Vault, MuckRock or the CIA reading room [web, run 3 notes]. No verdict depends on it. It keeps the "federal interest" question for Claim 6 open.

The 1940 shooting. Previously "family account only". Slattery (1943) says "a mysterious story went around that the Germans had tried to assassinate him, and that story got into the Salt Lake papers" (hearsay of a press rumour; the story itself not found in Utah Digital Newspapers). Moray was reported speaking at a Tooele funeral on 26 Mar 1940, about three weeks after the family's 2 Mar date [web UDN id 25020738], which neither confirms nor contradicts. Verdict stays "Not testable as stated", now with one non-family mention of the rumour.

Frazer and Wood identities (lead 3). Probably the Technocracy economist Felix J. Frazer (a National Survey of Potential Product Capacity co-author, later Builders of the Adytum) and the Denver engineer Franklin P. Wood (American Technocratic League), by name, era and role; not proven [web, run 1 and 2 notes]. If correct, the REA inquiry was staffed by true believers in a non-profit energy economy, so favourable readings from Wood and Frazer should be discounted for hope, as hostile readings from Young and Electrical World are discounted for stake. Electrical World (private utility trade weekly, 11 Nov 1944) mocked the REA projects; it adds no test data [web https://archive.org/details/sim_electrical-world_1944-11-11_122_20]. Halleck's remarks (10 Dec 1944) are a politician's. All three are interested parties.

Dating fix. The Halleck material is 1944 (testimony 1943-44), not the 5th edition's 1942, and Wood's report is dated August 1939.

Priority 1: the inventor's own work (leads 7, 18-20, 22)

• A 1946 therapy treatise and the 1945 booklet [web https://archive.org/details/thomas-henry-moray-radiant-energy; text in research/files/IA_Moray-compilation...]. "A Short Treatise on Alpha, Beta, Gamma Ray Therapy" (c) 1946: the Cosray applicators emit alpha, beta and gamma rays, have a "half life ... about 1600 years", penetrate the body and 1/2 inch of lead "(proven by Geiger Muller Counter tests)", "No special shielding protection is necessary", and "will not injure healthy tissues because of the internal phantom characteristics". 1,600 years is the half-life of radium-226 [memory, high]; the patent (US 2,460,707) uses uranium or carnotite-coated tubes, and carnotite ore carries radium in equilibrium [memory, medium-high], so the two statements can be reconciled but the family does not say so. Gamma rays from radium daughters (Bi-214 up to 2.2 MeV) do pass through about 1.3 cm of lead with a factor of 2-3 attenuation, so "penetrate 1/2 inch of lead" is true of a radium source [memory, medium; lead half-value thickness near 1 MeV about 0.9 cm]. The claim "no shielding needed" has no support, and "does not injure healthy tissue" is a statement with no dose, no tissue measurement and no mechanism. What it changes: if the applicators were radium-bearing, any therapeutic effect (and any harm) would come from ordinary ionising radiation, a mainstream mechanism (radium therapy was standard in this period) and not from a cosmic-RLC field. That is why I split Claim 5c below. It also contradicts the book's condemnation of radium therapy, and it explains why the FDA acted on labelling and radiation risk. It is the family's own record, so I weigh it as their statement, uncorroborated by a measurement.
• Early transmutation text. The 1945 booklet quotes a September 1943 letter "to some parties interested in mercury experiments" and cites the cyclotron conversion of mercury into gold as support [web, same item, lines about 3773, 1668]. The mainstream result (Harvard cyclotron, 1941, tiny amounts) used neutrons and adjacent Z (Hg 80 to Au 79) [memory, medium]. It supports dating Moray's transmutation interest to 1943, well before the 1963-70 work, and shows he used mainstream news as support. The 1949 Ogden report that the work is "now being proved at Harvard" is a city treasurer's relay of what Moray's staff said [web UDN id 30889738]; no Harvard record is cited. An adjacent-Z path (mercury) would be physically conceivable at tiny yield, but Hooper's solution had no elements above Z = 19, and the ore "environment" was never described, so I cannot say whether mercury or other heavy elements were present; this is a gap in the Institute's record, not a rescue of its numbers (the energy budget in Claim 5a kills any yield of tens of oz per ton).
• The 1931 "slow filling" demonstration. The 1945 booklet describes a 1931 demonstration to "a nationally known physicist" (unnamed) in which condensers "fill slowly ... much as in filling a bucket". That is Moray's own description of a store-and-discharge device, like Tesla's. Calculation for the stored-energy hypothesis: a capacitor stores 1/2 C V^2. The 1928 endurance run (about 6.5e7 J) at 1 kV would need about 130 F; a 4 kW load for 10 minutes (2.4e6 J) at 5 kV would need about 0.2 F; the Strawberry run (about 9e4 J) at 10 kV needs about 1.8 mF, roughly 50-100 kg of oil capacitors [calc; energy density memory, medium]. So stored charge cannot account for the long runs, and the short runs are very hard for the boxes described. This narrows my earlier open list: a "primed store" explains at most the start-up and the shortest runs, leaving a feed through the leads as the main alternative to a source. Fletcher's antenna-free run still discriminates.
• Works not yet read: A Brief Analysis of the Moray Radiant Energy Device: What it Is, Possibilities, Testimonies (50 pp., undated, probably the original witness statements), J. Cecil Alter, Utah, the Storied Domain (1932) pp.439-440 (a 1932 biography, probably from Moray's own information [memory, medium]; may show whether a doctorate was claimed in 1932 and what education was claimed), and the 1943 ECAFE-listed 20-page printing against the 1945 copyright. Claim 7 stays "Never properly tested". If the Alter text says Uppsala or a doctorate in 1932 that fixes when the claim was first made; if it is silent that is an absence to analyse (the sons say he used an assumed name there).
• Ottawa (Arthur Bray fonds, W. B. Smith files): F4 (1928-56), Schiess F24 (1928-57, "witness accounts of the machine in use" and drawings), SS4-F4, Betz F6 (1945-54, the author of the 1954 witness notes in the folder), Buchli F8, Hooper F17 [web https://arcs-atom.uottawa.ca/index.php/correspondence-radiant-energy-invention-by-dr-t-h-moray; finding aid saved]. Not digitised, so I cannot weigh content. Structural weight: letters collected by a Canadian government engineer, not edited by the Moray family; they could test whether the family books quote the 1928-38 witnesses in full (my Source gap) and whether Fletcher's letters are as quoted. This is the best single route to my "primary documents" item 4.
• Hagmann (lead 22). Probably Mark J. Hagmann (b. 1939; BS physics BYU 1960; PhD electrical engineering Utah 1978) [web http://embiolab.ifac.cnr.it/SitesP2/biblio/inseriti/Hyperthermia_1985.pdf], who in 1966 lectured to the Paracelsus Research Society on transmutation cases [web alkahest.com bulletin 29]. The Research Institute sued him in 1970 for the return of papers (case 195569 [web UDN id 29749860]), while the 5th edition prints an endorsement by "Mark J. Hagmann, Ph.D." (1978 edition; his PhD date is 1978, the endorsement's date unknown). Identity not proven; the 1966 "M.A." and the IEEE biography do not agree on degrees. If it is he, a trained physicist who worked on the late-1960s work, endorsed it, and was sued over papers, is a living-witness candidate and a data point on how the collaboration ended. The record is silent on what the papers were. I weigh the endorsement as friendly testimony of unknown date.
• Replications (lead 23). None with metered input and output. Hobby videos (2016-2025), a Reddit "blueprint" and a 2025 "open specification" exist. I state that no replication report exists in the searched record, not that replications failed.

Priority 3: related work (leads 24-26)

• Tesla US 685,957 (1901). An elevated plate and ground charge a condenser that a controller periodically discharges through a load; Tesla credits "minute particles of matter positively electrified" thrown off by the sun [web https://patents.google.com/patent/US685957A/en]. Moray's Beyond the Light-Rays quotes Tesla's "wheelwork of nature" passage. It is the same principle in different words, so the strongest independent forerunner. Power budget [memory, medium; not web-checked]: the fair-weather atmospheric electric field is about 100 V/m and its vertical current density about 2e-12 A/m2, so about 2e-10 W/m2; a kilowatt would need an area of order 5e12 m2 (about 5 million km2). Even if I am out by a factor of 1e3, a plate of any practical size collects nanowatts to microwatts. Together with the ambient-RF estimate under Claim 1 (about 1 W for an ideal aperture of about 7,000 m2) the antenna-and-ground collector cannot supply kW. Add to the Claim 3 verdict (below). Tesla was also an inventor whose broader claims are labelled false by some; that label is the critics' characterisation and does not enter the arithmetic.
• Losev (zincite crystal amplifiers and oscillators, 1923-24) and Lilienfeld (field-effect patents, Canada 1925; US 1,745,175, 1930) [web https://en.wikipedia.org/wiki/Oleg_Losev; https://en.wikipedia.org/wiki/Julius_Edgar_Lilienfeld]. A 1920s crystal could amplify and oscillate when biased, so a 1925-31 "solid-state valve" is historically possible and the examiner had prior art in view. It does not support gain without a bias supply: those devices needed a DC bias source and were not power sources. A Moray device that showed gain would still have needed that supply to exist.
• Bearden (cheniere.org via Wayback), an interested party with his own scalar-electromagnetics theory: restates the "sea of energy" as zero-point vacuum energy tapped by subharmonic resonance across 29 stages; says the 157 h run "produced over fifty kilowatts" (the folder's primary record is about 110-120 W; 560-635 W at most) and that independent investigators disassembled the device several times (the folder records the detector withheld in every examination except the 1938 inspection); reads the REA episode as Soviet infiltration ("Z", cites Salt Lake Tribune 2 Dec 1941, Rep. Winter) where the Senate record points to Technocrat investigators [web Wayback copy http://www.cheniere.org/books/excalibur/moray.htm]. Weight: it is the strongest modern restatement of Claim 3 (vacuum energy) and my verdict on it stays "Not testable as stated": no frequency, flux or detector specification, and zero-point energy has no accepted extraction mechanism [memory, high]. Bearden is also a clear case of figures inflating in later retelling (50 kW), as are the Indian Science Congress 1934 mention ("100 lights for 154 hours", an early non-family mention six years after the test, with numbers that differ from the record), the 1956 Rosicrucian Digest line "Moray's first device lighted only one 100-watt incandescent light" (source unknown), and McConnell 1983 ("100,000 watts ... from a 60-lb package"). The Rosicrucian line fits the early small outputs (Strawberry 1926); it is a one-line snippet and I do not rely on it.

How each finding bears on each claim (a-d summary)

• Claim 1. a: no change. b: Craig's motor-and-fans report and Wood's honesty judgement are weak support; the condenser calculation weakens the "primed store" explanation for the long runs. c: add Wood (REA engineer, 1939), Craig (REA, repeated visits per Slattery), Shinkle (1936, receiver only), Tugman (refused 12 years); none metered. d: unchanged. Verdict unchanged (both forms Never properly tested).
• Claim 2. The condenser arithmetic strengthens "not batteries or a charged store" for the endurance run, leaving hidden feed through the leads. Wood's "essentially honest" does not touch a hidden feed. Never properly tested, unchanged. Antenna-free run and metered leads remain the settling experiment.
• Claim 3. Add Tesla-type atmospheric-charge or ambient-RF collection at kW: Refuted by calculation (memory medium on the atmospheric figures, high on the ambient-RF estimate). Keep: known cosmic radiation Refuted by calculation; unknown oscillating radiation or zero-point energy (Bearden's form) Not testable as stated.
• Claim 4. Keep "Never properly tested" for the device (the detector was shown to the Army only as a sound detector; no outsider opened it). Priority of a solid-state valve: Losev and Lilienfeld show it was possible for others, Established as history; Moray's own priority claim: Not testable as stated (no dated exhibit). Gain without a supply: Never properly tested and contrary to what Losev's devices needed.
• Claim 5. 5a: the energy budget refutes the claimed yield; nuclear argument stands; the assay-artefact question stays Never properly tested; mercury is a conceivable adjacent-Z path nobody described. 5b: no new evidence. 5c: split as in the table. The FDA action is more understandable if the applicators were radium-bearing, which the 1946 text says; this is the family's statement.
• Claim 6. Revised rows:

Verdicts: patent, NASA, REA, AEC, Army events as documented history Established, now with the REA dates corroborated in a government record; "dismissed without testing because of orthodoxy or suppression" Never properly tested: the record shows a government agency paid and observed for two years, a physicist who asked and was refused for twelve, and a termination for a political reason; so it is a standoff in which non-disclosure by the inventor weighs more heavily than my earlier text said, while the political termination is documented evidence that the funding stopped without a test; shooting, "Russian agents", and destruction in 1939 Not testable as stated from this folder. - Claim 7. No change.

Applying the same rigour to the inventor and to the critics (additions)

Moray side: the REA staff say Frazer's two years were "all to no avail"; Moray's organisation sold stock and a Sanford judgment was entered against him personally; the Army saw only the receiver in 1936; the 1946 family text asserts "no shielding is necessary" for radium-bearing applicators with no dose data. Critic side: the Senate staff's summary of "numerous unsuccessful demonstrations" gives no test; Electrical World and Halleck are interested parties using the story against REA; Slattery, a defendant, gives a conflicting end date and second-hand accounts; Tugman's "hoax" is an opinion from a man refused a demonstration; the Salt Lake Tribune printed only the favourable half of Wood's sentence while the 5th edition did not quote the report (a selection issue on both sides); Bearden inflates figures. Neither side produced a power measurement.

What would settle these (additions to the list above)

1. Ottawa Bray fonds F4, F24, SS4-F4, F6 (copies, about 2 cm): contemporary Moray and witness letters outside the family's edits.
2. Carmody Papers (FDR Library): boxes 91-94 (card indexes), 99 ("Senate Hearings [1944]"), 102-103 (chronological files Apr 1938-Jul 1939), and RG 221/RG 46 at NARA, for Wood's August 1939 report and Moray's REA contract.
3. NARA RG 407, AGO central decimal file 413.68 (1926-39) and the 095 Steffensen name file: Shinkle's report of 8 Dec 1936.
4. FBI 917273 as previously processed records; CIA F-2000-01342.
5. Washoe County (Nevada) case file "In re Moray Products Company" for Hayes's testimony; Utah Third District case files 67845 and 68210 (Sanford), 104172, and the 1970 Hagmann case 195569.
6. Gamma spectroscopy of a surviving Cosray applicator and of the surviving tubes: settles the 1946 "radioactive, half life about 1600 years" statement against Perreault's "no radioactivity" (they may be different objects).
7. A single question to Hagmann or his archive, if he can be identified: what the 1970 papers were.

Web checks for this section

Taken from the Investigator's notes with their URLs (not re-fetched by me): Senate hearing text, Chicago Tribune, Electrical World, UDN pages, NARA index sheets, Tesla US 685,957, Losev and Lilienfeld (Wikipedia), FBI logs, Hagmann biography, the Internet Archive 1946 text. Not web-checked by me and tagged [memory]: atmospheric-electricity values (about 100 V/m, about 2e-12 A/m2, medium), radium-226 half-life 1,600 years (high), lead half-value thickness (medium), the Harvard 1941 mercury-to-gold result (medium), carnotite radium content (medium-high). I did not use Chrome or search tools this pass (no web calls), so the budget of about 6 is unused. The new Claim 3 split rests on the atmospheric figure only for the Tesla collector; it also rests on the ambient-RF estimate, so a check of the first would not change it.

Web checks (3 of about 6 used)

• Knudsen was an acoustics physicist at UCLA, so the book's "Stanford" is likely an error: https://en.wikipedia.org/wiki/Vern_Oliver_Knudsen (confirmed; retags the earlier [memory, medium]).
• Pb-210 half-life 22.2 years: https://en.wikipedia.org/wiki/Isotopes_of_lead (confirmed).
• Lead-acid specific energy 35-40 Wh/kg: https://en.wikipedia.org/wiki/Lead%E2%80%93acid_battery (confirmed).
• Earlier checks retained: https://en.wikipedia.org/wiki/Cosmic_ray (1 eV/cm3), https://en.wikipedia.org/wiki/Solar_constant (1,361 W/m2).
• Not web-checked and flagged [memory]: antenna effective-area formula and RF power estimate (high); fire-assay flux blanks and gold in pyrite/arsenopyrite (high); Coulomb-barrier scale and photonuclear behaviour (high); RTG specific power (medium); General Order 40 date, 11 Nov 1928 (medium). No verdict rests on a medium-confidence item alone.

Investigator findings (2026-10-08)

Inputs: sites.md "Leads for review" 29-43 (follow-up leads of 2026-10-06, -07 and -08, none weighed above), the research notes 2026-10-06-followup-Q01, -Q02, -Q04, 2026-10-07-followup-Q08, 2026-10-07-followup-Q09 (hypotheses put to the review, summarised by the orchestrator, not web-researched; the researched version is the 2026-10-08 note), 2026-10-08-followup-Q09, -Q11 and -Q12. research/files/ holds nothing newer than the 2026-10-04 set I already weighed. I did not re-fetch pages. I did spot-check the load-bearing quotations against the Investigator's saved copies in research/pages/: Le Bon's "experiments of Rutherford and his pupils should be taken up anew"; "10,000 times more active, surface for surface"; the solar-light leak table (amalgamated tin 1000, mercury 2 maximum); "Cape diamonds never"; "too small to be detected by our balances"; Ramsay and Spencer's "repeating some experiments of Le Bon", "unable to get a measurable discharge", "impossible to discharge the electroscope if any of the metallic shields were used"; Campbell's "Mr. Carse has tried and failed"; Franklin 2010's "526 times smaller". All are as the notes report them. Tags: [read] = project documents, as cited in the notes; [web] = URL in the Investigator's note; [calc] = arithmetic redone here; [memory] with confidence. Findings are leads; I keep all of them whatever my judgement.

Summary of what changed

Cross-cutting finding: much of Moray's physics text is another author's

The Investigator traced, in order and nearly verbatim, long runs of Moray's physics pages to earlier printed books, none credited in the pages read:

How I weigh this, with the same rigour for both sides:

• A copied passage is neither true nor false because it is copied. I judge each by its content (below). What changes is its evidential status: these pages are not Moray's experimental results, and cannot be cited as such. The two things that most look like findings in them, "ten thousand times more active" and "silver to cadmium", are respectively Rutherford's 1900 measurement (via Le Bon) and a sentence Moray added to a medical-physics text with no datum behind it. This is a point against the way the family books present the physics (uncredited text, credits to Rutherford removed), not against whatever the lamps did in 1925-38. It says nothing either way about the demonstrations.
• The directions of the edits matter. Where Moray removed Le Bon's first person and footnotes, a reader loses the means of checking (Le Bon's screens needed a dark-adapted eye and a loupe; his diamonds had to be Brazilian). Where he added words ("sometimes other properties", "greater discoveries") they are claims with no content. I note that the Investigator found no passage where he altered a number to make a claim stronger, except "1 to 2 per minute" becoming "a definite discharge", which removes a number.
• Le Bon's book is the direct source of his transmutation and dissociation vocabulary. The sons write that Moray studied "synthetic radioactivity as described by Gustave LeBon", that the book was "withdrawn from libraries", and that the FBI asked about it in 1942 [read: 5th ed. pdf p.187; arbiter.md Claim 6]. The borrowing shows Moray did use the book heavily. It does not corroborate the withdrawal or the FBI question; those stay family-only, and the 74-page FBI file (lead 2) is the record that could settle them.

The Le Bon material on its own merits (Claim 5; steelman and limits)

Le Bon is a case where an anomalous claim was tested quickly by competent people, which is the kind of evidence my role asks for.

Steelman. Le Bon was nominated for the 1903 physics Nobel [web https://arxiv.org/pdf/1208.3114, Kragh pp.13-14]. His 1905 hypothesis that a loss of mass too small to weigh releases large energy is right in qualitative form: 50 kW is only about 48 micrograms a day [calc: 5e4 W x 86,400 s / (3e8)^2 = 4.8e-8 kg], so no scale would see it, and it came two to four years before the mass-energy relation was accepted. His amalgam experiments were not fantasies: Ramsay (a Nobel chemist) set out to repeat them in 1906, confirmed the main rates ("tin amalgam 0.6 s" against "mercury 216 s", Table IX) and said "tin amalgam and zinc amalgam gave discharges much too rapid for accurate measurement" [web https://archive.org/details/londonedinburg6121906lond]. His sulphide screens do scintillate on thorium and uranium minerals, as he said (these are real alpha emitters [memory, high]).

Limits. - Radioactive or photoelectric? The sources point one way on every test: the spectral cut-off near the solar ultraviolet limit (0.295 micrometres, 4.2 eV), the sign dependence, the surface-cleaning dependence, the order of the metals, and Le Bon's own identification of his particles with Lenard's and Thomson's electrons. Elster and Geitel published amalgam sensitivity (K, Na, Zn, Sn; "pure mercury shows no effect") in 1889-90, about ten years earlier [web Lodge, Signalling Across Space Without Wires, via https://www.gutenberg.org/files/69253/69253-h/69253-h.htm]. Millikan and Winchester (1907) treated Ramsay and Spencer's data as photoelectric and argued from temperature independence against the "disintegration" reading [web https://archive.org/details/londonedinburg6141907lond]. Ramsay and Spencer themselves leaned to "disintegration" and a possible "transmutation" of the emitter. So the observation is Established (it is the photoelectric effect); "radioactivity" and "dissociation of matter" as its interpretation are Tested, not supported (spontaneous radioactivity cannot be switched by light, which is Campbell's 1906 objection, and the rate of emission was explained without any change of element). - Two of Le Bon's novel claims were not reproduced, but not under his conditions. Ramsay and Spencer found no measurable positive leak and no discharge through metal shields; they blame their iron-arc and mercury-lamp sources: Le Bon's high-tension sparks "are much richer in ultraviolet rays than the iron are". That is not a clean negative: the positive leak and the screen penetration were Never properly tested with sparks as strong as his. Nobody found later work that did, in the searched record. Campbell also reports that "Mr. Carse has tried and failed completely to repeat another" experiment (which one is not stated in the part read) [web https://archive.org/details/p1athenaeum1906lond]. Campbell is a rival worker (he was measuring the weak natural radioactivity of metals [memory, medium]), so I note the stake, but his points are about method and are checkable. - Rejection was by test and argument, not by silence. Repetition within a year by a leading chemist, a reinterpretation by the Millikan group, and a published rebuttal in the Athenaeum are the opposite of "dismissed without testing". The "black light" claims were a different matter: "most physicists failed to detect the rays" (Kragh) and the Nature index of the period carries "Le Bon's Black Light merely a False Light" [web, headline only; Nye 1974 is the standard history and was not read by anyone here]. - Le Bon's own arithmetic mixes two things. He compares the electroscope discharge from a sunlit strip with a uranium screen ("40 degrees in 10 seconds" against "6 in 60"), concludes the light-activated metal is "40 times" more radioactive and converts that to "3,000,000 particles/second". A U-238 alpha makes about 4.2 MeV / 35 eV = 1.2e5 ion pairs [calc; 35 eV per pair in air, memory, high]; a photoelectron is one charge with under 1 eV. Equal currents therefore mean about 1e5 times more particles for the photo-emitter, each carrying 1e6 to 1e7 times less energy. The step from current to "particles" is wrong in kind. - Energy. On the Investigator's stated assumptions (10 pF, 1,000 V, so a photocurrent of order 1 nA at under 1 V) a sunlit amalgam of 100 cm2 yields at most about 1 nW against about 10 W of sunlight on it [calc]; I have not checked the assumed electroscope values, but they affect the result by a few factors of ten at most, not the 1e10 gap.

Verdict for the Le Bon-derived part of Claim 5: Historically superseded but instructive. The thesis that all matter dissociates and that light-driven charge loss shows it was a reasonable position c.1900-1906, tested at once, and replaced by the photoelectric effect and by quantum theory. The 1905 "unweighable mass, large energy" insight is Established in its plain E = mc^2 form. His corollary, that all ordinary matter dissociates spontaneously, fails on stable nuclei: ordinary silver does not decay [memory, high]. The Investigator's lead (Q09 3.3) that the proton lifetime exceeds about 1e34 years is [memory], not checked.

I amend my earlier 5c sentence ("'matter dissociates into energy' is a restatement of E = mc^2 with no rate or mechanism"): it is Le Bon's 1903-05 thesis, which Moray copies without the author's footnoted experiments. The sentence's second half stands.

Resonance transmutation (Q08; new row 5d)

What is claimed. Isotopes p.23: current plus ray plus the substance's "vibratory rate" in synchrony causes "an atomic change such as the change from silver to cadmium"; p.25: "If these oscillations become violent enough, disintegration and transformation will take place ... This can be proven mathematically." Radiant Energy p.34: "Every substance has a natural vibratory resonance and a point of dissociation." Nothing else in the folder mentions silver or cadmium, and there is no assay or measurement [read: Q08 section 1 and grep].

a. Mathematics. None is given; "proven mathematically" is borrowed from Preston's LC-circuit discharge, where "back-rush" means current reversal, not break-up of atoms. Not internally inconsistent, but the claim has no equation to check.

b. Consistency with experiment. Resonance does break things at bond energies (glass, bridges, fatigue; acoustic cavitation reaches 12,000 to 20,000 K, about kT = 1.7 eV, and drives sonochemistry) [web https://en.wikipedia.org/wiki/Sonoluminescence]. Tuned light plus electric fields separates uranium isotopes (AVLIS; removes an electron, leaves the nucleus) [web https://en.wikipedia.org/wiki/Atomic_vapor_laser_isotope_separation]. Nuclei have a real resonance, the giant dipole at 7-40 MeV in gamma rays (1947) [web https://en.wikipedia.org/wiki/Giant_resonance]. Silver becomes cadmium only by a nuclear route [calc from AME masses via Wikipedia, rechecked by the Investigator]:

One quantum carries the energy of a nuclear step. A current at 1 GHz delivers quanta of about 4e-6 eV, visible light about 2 eV, phonons at most a few hundredths of an eV [memory, high]. Raising intensity adds quanta, not bigger ones. Sonoluminescence's best kT is about five million times below the 9.8 MeV barrier. Converting one gram of silver at 1 MeV per atom needs about 8.9e8 J (about 250 kWh) [calc: 6.022e23/107.87 = 5.58e21 atoms x 1.602e-13 J]. A neutron source (for example radium with beryllium) is not mentioned anywhere in the records read.

c. Tested? No experiment, assay or witness is on record for it. Third-party papers (Bureau of Mines radiometric report, AEC visual estimate) concern the uranium product only [read: Q08 section 5].

d. If true. Resonance with a current and a light source would have to deliver MeV per nucleus without MeV quanta; that is the quantum theory of absorption, the cornerstone of atomic physics.

Competing readings (kept): (a) a theory assembled from reading, silver to cadmium an illustration; (b) real chemistry (ionisation, radiolysis, electrolysis, cavitation if a transducer was used) with a wrong name for it, which can dissolve, precipitate and concentrate metals and so produce the "matured ore" of p.26; (c) a real transmutation, which needs a neutron or MeV source the booklet does not describe and has no data behind it.

Verdict (split): resonance fracture and sonochemistry at bond energies: Established. "Silver to cadmium" or other element change by current, ray and sound: Refuted by calculation (quantum energy and barrier above), and, independent of the calculation, Never properly tested because no datum exists to test. Nothing here moves 5a or 5b. Competing readings (b) is the sceptic's artefact route that I carry into the settling list.

Related work kept in the record. Keely, c.1882: his company's engineer reported that "water ... is capable of being, by vibratory motion, disintegrated so that its molecular structure is broken up" [web https://en.wikipedia.org/wiki/John_Ernst_Worrell_Keely, citing the NYT 14 Dec 1882]. That is the engineer of Keely's own company, a party with a stake; Wikipedia characterises Keely as a fraud on the strength of a 1899 investigation that found hidden compressed-air tubing, which the company's president disputed at the time. Tesla's 1898 oscillator story (1935 interview) concerns mechanical resonance of structures; MythBusters (2006) could not shake a bridge [web https://en.wikipedia.org/wiki/Tesla%27s_oscillator]. I treat both as the nearest predecessors of the idea, not as support for the element change.

Thorium emanation and the "ten thousand times" passage (Q11; Claims 4, 5)

• The sentence is Le Bon's, crediting Rutherford; the booklet removes the credit. The original experiment is real: Rutherford, Phil. Mag. 49, 161 (1900), and Radio-activity (1904 sec.166; 1905 sec.176): 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; https://web.lemoyne.edu/giunta/ruthsod.html]. The wire gets the charged daughters (Pb-212, 10.6 h) as positive ions. I did not open Rutherford's 1900 paper; the figure is from the 1904-05 textbook as quoted by the Investigator.
• Energy. Concentration changes where atoms decay, not how many. Using the Investigator's illustrative figures (100 g thoria, 10% of thoron escaping) I redid the arithmetic: 88 g Th-232 at 4.1 kBq/g is 361 kBq; 10% is 36 kBq; at 11 MeV per Pb-212 chain, 3.6e4 x 11 x 1.6e-13 J = 6e-8 W, about 0.06 microwatt, against about 2.4 microwatts for the whole thoria chain [calc; per-gram activity and chain energies memory, medium]. The "10,000 times" is per area, a geometric gain.
• Bearing on Perreault (Claim 4). I wrote above that Perreault's two routes to "artificial radiation" were inconsistent and that the first had no nuclear mechanism. That stands for the bismuth-to-polonium route. The second route, radon plated on a negatively charged metal, is a real effect (Rutherford 1900): any radium-bearing (carnotite) coating plus a negative electrode in gas collects radon daughters. It makes no new radiation beyond the source's decay and delivers microwatts to milliwatts for practical amounts, but it is an ordinary-physics way the tubes could have become radioactive in use and a way a cathode could be primed. Plausible, untested for Moray's tubes; no one measured. Lead-210 (22.2 y, the longest-lived daughter of radon-222) would remain on such an electrode decades later [memory, high; half-life checked above on Wikipedia], so gamma and alpha spectroscopy of a surviving tube cathode would test it, and it makes Perreault's "burnt out" explanation less likely again.
• Artefact route for 5b (my inference, not shown). If the Institute's field-and-solution treatments put electrodes in contact with radium-bearing solutions, positive daughter ions would plate on the negative electrode, and a radiometric "U3O8 equivalent" (gamma from radium daughters) would read high on that deposit [memory, high on the physics; I have not seen the apparatus]. Offered as the kind of control the data lack, not as an explanation.
• The 1968 proposal's "2.5 Mev to 8 Mev" excitation matches the emissions of thorium and radium deposits (Tl-208 gamma 2.61 MeV; alphas 6-8.8 MeV) [memory, high], though most alpha emitters fall in 4-9 MeV and the proposal does not say how the source is arranged. I treat the match as consistent, not as evidence.

Sulphide screens, phosphors and the detector stone (Q04, Q09; Claim 4)

• The passages are Le Bon's (above). The record has no experiment by Moray with a sulphide screen; the 1984 Noffsinger list of the detector stone ("germanium alloy, bismuth, iron sulfide, molybdenite, triboluminescent zinc and radium chloride") is of unestablished provenance [read: facts.json]. "Triboluminescent zinc" fits ZnS:Mn and radium-zinc sulphide chemistry (luminous paint) [inference]. A ZnS:Ag screen is the cheap test for alpha emission from a surviving tube; Perreault's "no radioactivity" gives no method.
• Stored-charge phosphors are real. Smet et al. 2010: CaS:Eu,Sm is "a photo stimulable phosphor" whose traps are "too deep to be thermally emptied", emptied by infrared [web https://pmc.ncbi.nlm.nih.gov/articles/PMC5445864/]. Le Bon's "residual charge ... made visible by infrared" matches. His 18-month "invisible light" is part of the unconfirmed black-light claims. A phosphor stores weak radiation and releases it in a burst; it releases at most what it absorbed (the Investigator's order of magnitude, 1e19 traps/cm3 at 3 eV, about 5 J/cm3 [calc: 1e19 x 3 x 1.6e-19 = 4.8 J]).
• Foster 1990, a detector-material pressing (lead 42). Perreault (2001) p.30 quotes Arthur Glenn Foster, Principal Engineer, 11 April 1990: "We had a contract to process some of the Moray 'valve,' fine-ground, 'Swedish Stone' into pressed 'detector' pellets. The pellet material was doped with a tiny amount of unpurified radium ... subjected to a huge number of millibars of pressure by a tetrahedral press ... When a certain critical pressure was reached 'something' in the material 'flashed.' The electric pulse produced was so violent that it burned out the 2000-amp carbon-die heater power supply, blew the main breakers in the building and blew the power line transformer" [read: Nuenergy p.30]. Source: one participant's account, relayed in a compilation by an advocate of the device (Perreault); the Investigator found it only in other compilations of the same text, no letter, date, contractor or contract. Not found is not the same as untrue, and it is the only account in the record of a third-party contractor handling Moray detector material. Weighing: it does not change the Claim 4 verdict, because nothing was characterised. It does soften my statement above that no outsider handled the detector material in a recorded test: one unrecorded contractor pressing is reported, undated. Readings: (a) stored energy released on a pressure trigger, but a gram-scale pellet holds joules at most, far below what burns out a 2000 A supply; (b) the hot pellet or die went conductive and short-circuited the die heater, so the heater supply's own energy did the damage; (c) a pressure-triggered flash starting such a short. I cannot choose between them. Deciding records: Foster's letter, the press log, the contractor.
• "And sometimes other properties" is Moray's own insertion into Le Bon's phosphorescence paragraph (and he dropped copper, the activator of the long-glow and electroluminescent phosphor). It suggests he thought doped phosphors did more than glow; the passage names no property.
• Diamond. The word occurs in Moray's text as Le Bon's radium gauge (Brazilian stones glow under radium; Cape stones do not) and in two other passages (porous matter; the sons' commentary on Tracy Hall's press). No Moray document names diamond as his detector [read: Q09 section 1]. The Q09 diamond hypothesis is therefore not supported by the record, and not excluded either.

Claim 4 verdict: device Never properly tested (unchanged); priority claim Not testable as stated (unchanged). Added parts: stored-charge phosphors as a physical effect Established; that Moray's stone worked that way Never properly tested.

Radioisotope direct conversion, the 1968 proposal and the hidden-reservoir arguments (Q01, Q02, Q09; Claims 3, 4)

• Precedent for the 1968 premise. The proposal cites "1913" experiments (Safenev) and "1899" Rutherford; the Investigator identifies these with Moseley's radium beta cell (Proc. R. Soc. A 88, 471, 1913) and Rutherford's electrometer work [web https://en.wikipedia.org/wiki/Henry_Moseley], an identification of theirs, not of the proposal. Moseley's abstract: 20 millicuries of radium emanation in a bulb thick enough to stop the alphas, insulated in an evacuated flask; "The potential gained by the bulb was measured"; a million volts was the aim, defeated by insulation [web https://royalsocietypublishing.org/doi/10.1098/rspa.1913.0045]. The figures 150 kV and 0.01 nA come from secondary sources (Wikipedia, Atomic battery), not the paper, which no one has read; they give 1.5 microwatts [calc]. That is about 75 microwatts per curie, a few per cent of the beta power one curie carries (3.7e10 decays/s at an assumed 0.5 MeV mean is of the order of a milliwatt) [calc, order of magnitude]. It supplies a figure for my earlier "microwatts per curie [memory, medium]": the scale is confirmed in order of magnitude from secondary figures, and I retag it [web via Wikipedia, medium]. A correction recorded by the Investigator applies: the potential was that of the central bulb (the source), not an outer sphere.
• At kilowatt scale. At 2.89 MeV per event (110Ag decay), 1 kW needs 1e3 / (2.89e6 x 1.602e-19) = 2.2e15 decays/s, about 58,000 curies [calc]. 50 kW (Bearden's "over fifty kilowatts") needs of order 3 million curies even at 100% efficiency. No such source and no radiation field at that level is reported anywhere in the record, including by the many witnesses standing near the box. Electrical power cannot exceed the nuclear power released; so any transmutation-powered device at the claimed output must emit at least as much ionising radiation. The 1968 proposal's "self-annealing" detector (the Bell Labs remark that damage "would anneal as fast as it occurred") is a real effect, but it protects the device, not people nor the energy accounts. Refuted by calculation for the kW form of a radioisotope-excited converter; Established as a microwatt-scale effect.
• The infrared paragraph (Q02). The 1968 proposal's passage on intrinsic and extrinsic detectors is a correct summary of 1968 practice: extrinsic Ge:Hg cooled to about 30 K, cutoff about 14 micrometres; the HgCdTe programme aiming at 77 K [web https://link.springer.com/article/10.2478/s11772-012-0037-7; https://en.wikipedia.org/wiki/Mercury_cadmium_telluride]. It does not refer to the cosmic microwave background (peak about 1 mm; the Investigator's calculation: 2,898 micrometre K / 2.725 K = 1,060 micrometres, photon about 0.0012 eV), and the words "microwave" and "3 K" do not occur in the text. No outside source of the paragraph was found; the Le Bon copying makes borrowing possible but it is not shown. Its own last sentence names the obstacle: a narrow gap is also crossed by thermal excitation, so it must be cooled. A second-law argument settles the "harvest the background" reading: even a perfect absorber of the 2.7 K background receives sigma T^4 = 5.67e-8 x 2.725^4 = 3.1e-6 W/m2 [calc], while a 300 K device radiates about 460 W/m2 back [calc]. No change; the CMB reading, which the proposal does not make, is Refuted by calculation if anyone proposes it.
• Hidden reservoir (Q09). The Q09 hypotheses make four arguments; I keep all of them in the record and weigh them.
• Neutrinos are a real, unharvested flux of about 30 W/m2 from the Sun [memory, high; not re-checked]. A metre of lead stops about 1e-19 of them; watts would need an enhancement of about 1e21 [calc from the Investigator]. Weber's claim of an enhancement of about 1e23 in stiff crystals was tested at least four times (Franson and Jacobs 1992; an Eot-Wash test; Luo et al. 1995; Feng et al. 2006: "a null result ... 526 times smaller than the predicted value") [web https://www.colorado.edu/physics/sites/default/files/attached-files/gravitywavesandneutrinos.pdf, saved by the Investigator]. Franklin notes the hypothesis is "still alive" in a 2008 analysis (Apostol). Tested, not supported for Weber's form; Refuted by calculation for neutrino absorption in an ordinary device. This is a case where an anomalous claim got neutral repeated tests; I credit the testers.
• "Waves crossing the universe that matter cannot absorb." Harmonics need a nonlinear medium; vacuum is linear for light to extreme precision; any frequency is absorbed by some material (free electrons, metals, photoelectric effect, pair production), so an unabsorbable flux must be a different field, not light [memory, high]. Cosmic plus terrestrial background at sea level, about 1e-7 Gy/h or 3e-11 W/kg, gives about 3 nW to a 100 kg device [calc from the Investigator]. Not testable as stated until a coupling or frequency is named; Refuted by calculation for the known radiation fields, as in my Claim 3 above.
• Stellar models are not absolute. The point is right, and I apply it. The stellar-cooling bound is model-based. It has three independent checks [memory in the discussion; sourced in the 10-08 note]: Borexino (Nature 562, 505, 2018) neutrino luminosity 3.89 (+0.35/-0.42) e33 erg/s against 3.846e33 from photons, agreement within about 10% [web via Google snippets, arXiv 1707.09279 saved]; CNO neutrinos observed (arXiv 2006.15115); helioseismic sound speed within 0.2% rms for the 1990s models (Bahcall et al. 1996) and about 1% after the abundance revision [memory, medium for the revision]; and N_eff = 2.99 +/- 0.17 (Planck 2018, with BAO). So a hidden channel is bounded (a few per cent of the Sun's output), not excluded, and the bound is as strong as these checks. The Homestake episode (a third of expected neutrinos for 30 years, resolved by flavour change) is a fair example that anomalies in this area have resolved into new physics rather than errors; it argues for measuring, not for the claim.
• The device must hold a hidden flux and a coupling that stars do not see. This is the strongest mainstream argument and it remains argument: the coupling would have to be strong enough for a 100 kg device to extract kilowatts and weak enough that the Sun is not drained.
• Entropy as "missing energy" is a category error (entropy counts the spreading of energy as heat; energy balances to measurement precision in ordinary reactions). The Q09 historical parallel (beta spectrum, Pauli's neutrino) is apt as method: unseen energy has been inferred before from a measured deficit. No measured deficit exists in Moray's case.
• Vacancy current (Q09 3.1). Charge bookkeeping is correct and the device class exists (Moseley, betavoltaics): a current from charge-changing nuclear events is a near-ideal current source, and in a spherical cell it can be purely longitudinal (its divergence cancelled by displacement current, no magnetic field) [Investigator's discussion; unchecked by me against a source]. This is relevant to the "displacement current" language in the project's wider notes but it supplies no energy; it is the 1913 cell at microwatt scale. Bare-ion bound-state decay (163Dy 47 d, 187Re 33 y) is real but needs fully stripped ions and cannot turn neutral silver into cadmium (215 keV uphill; cadmium K-shell binding about 27 keV) [web https://en.wikipedia.org/wiki/Beta_decay].

Claim 3 verdict (split, revised): known cosmic radiation at kW: Refuted by calculation (unchanged). Tesla-type atmospheric-charge or ambient-RF collector at kW: Refuted by calculation (unchanged). Photoelectric amalgam collector at kW: Refuted by calculation (about 1 nW from 100 cm2, see Plauson below). Neutrino capture at watts in a crystal (Weber-type enhancement): Refuted by calculation and Tested, not supported. Unknown oscillating radiation, zero-point energy or hidden channel with no stated coupling, frequency or detector: Not testable as stated, now bounded by the stellar checks above.

Related work and the reception record (Q12; Claims 3, 4)

• Plauson US 1,540,998 (1925) in the Nuenergy compilation (pdf p.83): "zinc amalgam or gold amalgam or other photoelectric acting metals in the form of small patches in extremely thin layers (.01 to .05 mm.)" on a collector balloon, and "polonium amalgams" for the greatest effect [read: Q12 finding 7]. It is the Elster-Geitel photocathode used on an atmospheric collector, the same family as the antenna-and-ground claim and the Tesla patent I weighed in the 2026-10-04 section. Photocurrents of order nanoamperes per 100 cm2 [calc, Q12], hence nanowatts; a kilowatt would need an area of order 1e12 m2. It belongs with the Tesla row as a historical forerunner, with no performance data for the balloon in the folder.
• Moray does not use the amalgam experiments (no hit for amalgam, tin or the electroscope tables in Radiant Energy, Sea of Energy or the Isotopes booklet). He copies Le Bon's thesis that light-driven charge loss is "dissociation of matter" (Radiant Energy printed p.46, Sea of Energy 4th ed. pdf p.68, 5th ed. pdf p.220) and elsewhere uses the mainstream term "photo-electric effect" (Radiant Energy pdf p.30). The detector's reported ingredients contain no mercury or tin. Which "synthetic radioactivity" the sons mean (light-provoked, thorium deposits or chemically provoked) is not stated; all three are in chapters Moray copied.
• Ives (Claim 4, related). Ives (1924, 1926) starts from Elster and Geitel's photosensitive alkali films [read: Ives project text]. His selective effect depends on film thickness and standing light waves, not on amalgamation. Shared ancestry, no shared mechanism; no Moray text connects them.

How each finding bears on each claim (a-d summary)

• Claim 1. a-d unchanged. The Foster pellet account, if accurate, adds one more way the material has been seen to release a pulse, but not under the lamp conditions. Never properly tested, unchanged.
• Claim 2. The stored-charge phosphor reading (a burst, at most joules per cm3) is consistent with the "priming" and start-up observations and, as in my 2026-10-04 condenser arithmetic, cannot supply the long runs. Never properly tested, unchanged.
• Claim 3. a: the 1968 "oscillations from the Universe" and "harmonics" have no equations; the Compton claim is wrong in kind (Compton scattering degrades energy to lower photon energy; it does not concentrate it) [Q09 3.5; memory, high]. b: no measured background or neutrino fluxes support a kW source; Moseley's 1913 cell and the amalgam currents are microwatt and nanowatt. c: neutrino-absorption enhancement was tested four times, null. d: a stronger-than-known weak coupling would show in stars. Verdict as in the split above.
• Claim 4. a: no equations in the 1968 detector paragraph; it is correct as a summary. b: stored-charge phosphors, direct conversion and radon-daughter deposition are real effects at micro to milliwatt scale. c: Foster's pellet account is the only reported outside handling of detector material; nothing was characterised. d: unchanged. Verdict as above.
• Claim 5. a: no mathematics for resonance transmutation; the quantum and Coulomb-barrier arguments refute it. b: photoelectric and radium-daughter effects explain the Le Bon observations. c: Ramsay and Spencer (1906), Millikan and Winchester (1907) and Weber's testers are neutral repeats of related claims; no repeat of any Moray transmutation datum exists. d: unchanged. Verdict as above.
• Claim 6. One family-only item added (the Le Bon book "withdrawn", FBI questions, 1942); the Senate record and Army records weighed on 2026-10-04 are unchanged. The Le Bon controversy shows a case where an anomalous claim was quickly tested and answered in the journals, which is a useful comparison when asking whether Moray's claims were uniquely ignored: his were not subjected to equivalent tests largely because no one outside was allowed the device (Tugman, Claim 6).
• Claim 7. No change.

Applying the same rigour to the inventor and to the critics (additions)

Moray side: uncredited borrowing of long passages with credits to Rutherford removed; a coined term ("superultra sonic reaction") and a silver-to-cadmium sentence with no datum; "1 to 2 per minute" turned into "a definite discharge"; the later retelling (Bearden) inflates numbers. Le Bon side: his current-to-particle conversion is wrong in kind; his priority claims over Elster and Geitel and Lenard were overreach. Critic side: Campbell is a rival worker with a stake; Millikan and Winchester are advancing their own photoelectric programme; Ramsay and Spencer's non-reproduction was under weaker sources than Le Bon's, so it is not a clean negative; Wikipedia's characterisation of Keely as a fraud rests on one 1899 investigation. The Investigator's advocate sources (Perreault, Bearden) are interested parties and reported as such.

What would settle these (additions to the lists above)

1. Gamma and alpha spectroscopy of a surviving tube's cathode and coating (Pb-210 at 46.5 keV, Po-210 alpha, Ra-226 daughters): tests the radon-plating route, the "no radioactivity" report and any silver-neutron route (Ag-108m, 439 y, mostly to palladium) in one measurement. A ZnS:Ag screen is the cheap first look.
2. Foster's 1990 letter, the press log and the contractor of "Project X": whether the pellet flash and the burnt supply were stored energy or a short.
3. Moseley's full 1913 paper for the 150 kV and current figures; fixes the microwatts-per-curie scale used above.
4. A radiation survey beside a running device and an assay of electrode metals for new elements (cadmium in silver): the Investigator's and my common settling test for Claim 5d; any kW claim requires radiation at the same power.
5. Blank-controlled repeat of one Le Bon amalgam experiment with spark-strength ultraviolet (positive leak, aluminium screen), the part Ramsay and Spencer could not test; and Nye 1974 and the Athenaeum correspondence (pp.237-366) for the reception.
6. Moray's notebooks (Mahurin material, family papers) for "other properties", the tube inventory of 1955-60 and any silver or cadmium assay.

Corrections to earlier documents

1. This file, Claim 4 paragraph on Perreault ("His two routes to 'artificial radiation' ... are inconsistent"): inconsistent as a pair, but the radon-on-negative-metal route is a real effect (Rutherford 1900; Q11). Corrected above; the "burnt out" Pb-210 objection stands and is stronger, since Pb-210 is the daughter that would stay.
2. This file, Claim 5c ("a restatement of E = mc^2 with no rate or mechanism"): it is Le Bon's thesis, copied; see above.
3. This file, Claim 4 c ("never examined by an outsider in a recorded test"): add the unrecorded Foster contractor pressing (1990 account), undated.
4. This file, Claim 4 d ("microwatts per curie [memory, medium]"): order of magnitude supported by Moseley's secondary figures, about 75 microwatts per curie; retagged [web via Wikipedia, medium].
5. For the orchestrator, from the Investigator's own corrections (Q09, 2026-10-08): Moseley's 150 kV was the potential of the central bulb, not an outer sphere; Weber's neutrino claim was tested four times with null results, not "never confirmed"; silver-108m (439 y) decays mainly (91.3%) to palladium, not cadmium; the diamond sentence is on printed p.54 (scan p.55); "and sometimes other properties" is Moray's insertion, not Le Bon's. Stale copies to check: A09 and the 2026-10-07 Q09 note; anywhere that calls pp.53-59 of Radiant Energy or Isotopes pp.4-6 and 20-25 Moray's own analysis (facts.json, claims.md Claim 5 wording, physicist.md, mathematician.md, arbiter.md, primer.md, and the rank entry should say the passages are Le Bon's, Glasser's and Preston's).
6. For the orchestrator: the question wording of Q12 records two small inaccuracies, already noted by the Investigator (plain tin is not in the solar table; Figure 45 uses a positive electroscope). The question's wording is left as is.

Web checks for this section

Done: local checks of the Investigator's saved copies of Le Bon (Rex Research), Ramsay and Spencer 1906, the Athenaeum 1906 text, Franklin 2010 and Kragh 2012 against the quotations used; no new web calls (budget of about 6 unused, because no verdict rests on a medium-confidence item I could improve by one search). Taken from the Investigator's notes with their URLs and not re-fetched: Rutherford's 10,000 figure, Moseley's abstract, Planck, Borexino and Bahcall figures, the Wikipedia isotope tables, Smet et al. 2010, Keely and Tesla pages. Not checked by me, tagged [memory]: solar neutrino flux (30 W/m2), proton lifetime, thoria chain activities and energies (medium), the HgCdTe-era detector coolants, the 1900s status of Campbell's work (medium), activity-per-gram values. The verdicts above rest on the energy and quantum arguments (high confidence) and on the Investigator's quoted primary texts, not on those items.