Meyers-Stan · Source catalogue

A pictorial board-layout of a pulse-driver board: 555 timer, three 7490 decade counters, 7404 inverter, H11D1 optocoupler, 4-position rotary switch selecting four decade-spaced pulse ranges, two KBPC801 bridges (12.6 V transformer logic supply with 7805/7812 regulators; 0-100 V variable transformer high-voltage supply), a C38M SCR, 1N1188 diode and a 100 ohm 25 W resistor feeding 'the VIC'. No frequencies, pulse widths, voltages applied to a cell, currents or outputs are written on the image, and it shows no inductor or resonant element. The companion PCB file gives the board name '8XA - WFC Driver Circuit and PSU 7490' with the name Tony Woodside, which suggests a later builder's design (see that entry); the deep reader said provenance was unknown from the image alone.

Key claims

• A pulse-driver board built from a 555 oscillator, 7490 divide-by-ten counters, optocoupler and SCR can switch 0-100 V DC pulses across a Voltage Intensifier Circuit (VIC) at four selectable decade frequency ranges.

Relevance: Shows what a hobbyist driver for Meyer-style pulsed cells looks like; documents the driver electronics only, not any output or efficiency.

Mainstream conflict: None: ordinary pulse electronics. It supports no performance claim.

A single-page copper-trace layout (bottom layer) labelled 'BOTTOM' and '8XA - WFC Driver Circuit and PSU 7490, Tony Woodside'. It is the PCB artwork for the board whose component overlay is 8XA_Circuit_Components.png. It contains no values, frequencies or performance data. It identifies a named person (Tony Woodside) as the author of this board design; nothing in the folder says whether he is a replicator, a supplier or a Meyer associate (unknown).

Key claims

• The 8XA driver board (555 + 7490 counters + PSU) was laid out as a printed circuit by Tony Woodside.

Relevance: Third-party hardware file: evidence that the Meyer pulsed-cell driver idea was built by others; says nothing about results.

Mainstream conflict: None: circuit artwork only.

Granted 19 July 1983 (filed 10 June 1981). A water-splitting patent, not a hearing-aid patent: an audio-frequency amplitude-modulated carrier (carrier 200 Hz-100 kHz, modulation 20-200 Hz) is applied to a coaxial nickel-coated electrode cell with impedance matching; waveforms are said to match 'the complex wave form resonant frequencies of tetrahedral water molecules' so as to 'shatter' them. It reports 0.9% saline tests at 100 mW (about 25-38 mA, 4-2.6 V rms) for 30 min giving 10.8 cc H2 and 5.4 cc O2, and states efficiencies of 80-100% by Gibbs energy (91.3% in its accounting) and 114.9% against combustion enthalpy ('about 15% surplus'). Gas analysed by chromatograph and mass spectrometer 'in two laboratories' (not named). It cites Meyer-style ideas by anticipation: pulsed/AC drive, resonance, coaxial cell, quenching-distance gap. Meyer's US 4,798,661 lists 4,394,230 among its references. The text itself contains internal inconsistencies noted by the deep reader (22,400 cc vs 33,600 cc per mole bookkeeping; differing 'resonant' frequencies of 600 Hz, 3980 Hz and 1272-6474 Hz). Interested-party note: the inventor's own characterisation.

Key claims

• Applying complex electrical waveforms matched to the resonant frequencies of tetrahedral water molecules splits water into hydrogen and oxygen at 80-100% efficiency at normal temperature and pressure.
• In a 0.9% saline cell at 100 mW for 30 minutes the apparatus released 10.80 cc H2 and 5.40 cc O2, which the patent counts as 114.9% of the electrical energy input when measured against combustion enthalpy.
• Resonance shifts the water-molecule bond angle from 104 degrees to 109 degrees 28 minutes, making the molecule easier to break.

Relevance: Earlier (1981-83) resonant-water-splitting patent whose themes (pulsed drive, resonance, coaxial cell, low power) parallel Meyer's; cited by Meyer's US 4,798,661. Shows the idea was not unique to Meyer.

Mainstream conflict: Claims 80-100% efficiency and 114.9% energy return; mainstream electrolysis needs at least the Gibbs free energy (about 237 kJ/mol H2O) and reaching 100%+ of enthalpy would need heat from surroundings or an energy source not accounted for; the efficiency bookkeeping in the patent uses 22,400 cc/mol where about 33,600 cc/mol of gas is formed [read: deep read]. For the physicist to judge.

Puharich's February 1987 typescript (344 pp.). Part 1 is a proton-magnetic-moment theory of life origins, perception and healing; Part 3 reprints his water-splitting patent US 4,394,230 and adds a theory chapter ('ELF phonon-hydron amplification of stimulated emission radiation', acronym PHASER) saying the cell's waveform resonates the tetrahedral water molecule (carrier resonance 600 Hz +/-5 Hz at peak electrolysis efficiency; 3.8-2.8 s amplitude cycling; NMR relaxation rate stated as the 3rd subharmonic, 0.25 s). On p.118 Puharich says he had observed 'the splitting of water molecules by electrolysis at incredibly low power levels, i.e., 0.16 mw'. It mentions no Meyer. It is in Meyer's folder because Meyer's 4,798,661 cites the patent, as far as the folder shows; why the collector included the book is not stated. The PHASER chapter (pp.195-204) adds to the patent: a microprocessor servo holding the 600 Hz (+/-5 Hz) resonance through the salt molality (I/E = 0.01870, 0.1540 M, i.e. 0.9% saline) and the electrode gap (2.30-2.46 V rms at resonance); the NMR cycle restated as 0.25 s; a 'reversible threshold of electrolysis' at 0.4 mA x 0.4 V = 0.16 mW rms; a claimed 1 angstrom acoustic displacement ('phonon'); 20-40 GHz emission and a 14.0 mm cavity set against 22.3 GHz; and a statement (p.199) that the Component I signal generator is the same device Puharich used for electrostimulation of hearing. No gas volumes, named laboratory or independent witness appear for these. Meyer and his work are not mentioned anywhere in the book; the only link in the folder is Meyer's US 4,798,661 citing US 4,394,230. Absence of a mutual mention in this file is not evidence of independence.

Key claims

• Water can be split by extremely-low-frequency-modulated electrical drive at power levels as low as 0.16 mW.
• An 8 Hz ELF magnetic field is guiding information for the origin of life (Puharich's general theory).

Relevance: Background to the 'resonant water splitting' idea that precedes Meyer; not a Meyer document.

Mainstream conflict: The life-origin and healing theory lies outside mainstream physics; the low-power water splitting claim conflicts with the minimum energy to split water (for the physicist). Not assessed here.

Canadian patent issued 4 Nov 1986 (filed 4 Feb 1983; US priority 367,051 of 9 Apr 1982), 16 claims. A closed loop of non-magnetic tubing holds 'individually magnetized particles' (preferably gas). A primary-coil 'magnetic accelerator' fed with 'low voltage' speeds the particles; a secondary with more turns on the opposite side picks up 'high voltage/current'. Claim 15 substitutes a motor-driven fan or pump; claim 16 makes the particles by a spark gap in vacuum followed by a magnetizing field. It states as its principal object a generator giving 'voltage/current much greater in magnitude [than] hereintofore possible' and says the particles 'due to their polarization will sustain some motion'. It gives no voltages, currents, turns, materials, velocities or measurements and never states a power or efficiency figure. The EP search (examiner Galanti, 1985) cited five category-A documents and none as X or Y. Meyer's later brochures call it 'EPG' and a 'gas battery'. Claims 8-13 wrongly depend on claim 4 (drafting slip). Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• A closed loop of magnetized particles accelerated by a low-voltage primary coil induces a much larger voltage and current in a secondary coil (voltage and current amplification).
• Magnetized particles in the loop 'will sustain some motion' by their polarization.
• The output waveform follows the input waveform (DC in gives DC out; AC in gives AC out; pulsed in gives pulsed out).

Relevance: Meyer's second, non-water line of work: an electrical generator claimed to give high output from low input; the newsletters present it as the 'Electro-Particle Generator' fed by water-derived gas.

Mainstream conflict: Taken literally, 'low voltage in, high voltage and current out' would be a power gain, which conventional energy conservation (output power at most input power; Lenz's law braking) does not allow; the patent gives no numbers to test (for the physicist). The patent itself never states a power balance.

European application (filed 14 Dec 1982, published 25 Jan 1984, bulletin 84/4; priority US 367,051, 9 Apr 1982) with the same text as CA 1,213,671 (inner title 'Electrical Particle Generator', stamped 'title modified'). Applicant and inventor Stanley A. Meyer, 3792 Broadway, Grove City, Ohio; representative Alfons Wasmeier, Regensburg. See the CA 1,213,671 entry for the content.

Key claims

• Same as CA 1,213,671: magnetized-particle loop gives voltage/current amplification.

Relevance: Foreign family member of the EPG patent.

Mainstream conflict: As CA 1,213,671.

European search report completed 27 Feb 1985 by examiner M. Galanti (The Hague): five citations, all category A (background): US 3,034,002 Carlson; DE 544,908 Arend; US 3,927,329 Fawcett; US 4,064,409 Redman; US 3,300,663 Rosaen. None X or Y. A patent-office search does not test whether a device works. Source of the examining authority's characterisation (agency with a role in granting the patent).

Key claims

• No cited document anticipates the claims (all category A).

Relevance: Third-party (examiner) record on the EPG patent.

Mainstream conflict: None.

Japanese publication (Kokai) with Meyer as applicant, address Grove City, Ohio. The deep read of CA 1,213,671 confirmed that it carries the same US priority (367,051, 1982-04-09). The body text is Japanese and its OCR is garbled; the content is presumed to be the same particle generator, not verified.

Key claims

• Same as CA 1,213,671 (presumed from family data).

Relevance: Japanese family member of the EPG patent; shows Meyer filed abroad.

Mainstream conflict: As CA 1,213,671.

Granted 23 Sep 1986 (filed 5 Nov 1984; CIP of an abandoned 1982 application). NOT the pulsed 'water fuel cell' patent (the deep reader corrected this label): it claims a combination of (a) a DC, current-limited plate electrolyser in a pressure enclosure and (b) the magnetic particle accelerator of the EPG, circulating magnetized gas particles past pick-up coils to give DC and AC outputs. No pulses, resonance, frequency or Voltage Intensifier Circuit for the cell; no plate material, count, gap, current or output numbers. The only frequency statements concern output coils ('number of discrete windings times the velocity of the gas per second'). 12 claims; cited art includes Meyer's own 4,421,474. Prints two serial numbers (435,889 and 453,889) for the same parent, and gives 'Apr. 4, 1982' for Ser. No. 367,051 where CA/EP/JP give 9 Apr 1982.

Key claims

• Hydrogen/oxygen from a DC plate cell can be used together with a magnetized-particle accelerator loop to generate electrical output (AC and DC) from the gas.
• A plate array with a current-limited variable DC source disassociates water into hydrogen and oxygen without electrolytic additives ('non-electrolysis' wording of the parent).

Relevance: Shows Meyer's 1982-84 stage: DC plate cell plus EPG. Mislabelling it 'the core water fuel cell patent' (as in some Meyer lists) is a documented error to avoid.

Mainstream conflict: As for the EPG (power-gain implications) and for a DC plate cell described as not electrolysis (for the physicist).

Canadian patent issued 3 Nov 1987 (filed 4 Feb 1983, US priority 435,889 of 21 Oct 1982), 21 claims. Abstract: a hydrogen gas generator system converting water to hydrogen and oxygen, combined with a magnetic particle accelerator for voltage/current amplification; DC applied to an array of plates in a pressure-tight enclosure. Counterpart of US 4,613,304.

Key claims

• Same combination as US 4,613,304: DC plate electrolyser plus magnetic particle accelerator for voltage/current amplification.

Relevance: Canadian counterpart of US 4,613,304.

Mainstream conflict: As US 4,613,304.

European application (filed 14 Dec 1982, published 2 May 1984, priority US 435,889 of 21 Oct 1982); abstract identical in substance to CA 1,228,833 and US 4,613,304: plate hydrogen generator combined with a magnetic particle accelerator for voltage/current amplification.

Key claims

• Same as US 4,613,304.

Relevance: European counterpart of US 4,613,304.

Mainstream conflict: As US 4,613,304.

Japanese publication (Kokai, H02N 11/00 and C01B 3/02 classes visible) with priority US 435,889 (21 Oct 1982), i.e. the family of US 4,613,304 (gas electrical hydrogen generator). Body text not legible in OCR.

Key claims

• Same family as US 4,613,304 (from priority data).

Relevance: Japanese family member.

Mainstream conflict: As US 4,613,304.

European application filed 14 Dec 1982, published 28 Mar 1984; priority US 422,594 of 24 Sep 1982 (the A2 front page OCR reads '21.09.82'; the A3 and the Canadian patent print 24.09.82, so 24 Sep is probably right). A DC 'non-electrolysis' exciter: the gap between two electrodes (nested spheres, coaxial rods, corrugated plates) 'will have, or can be adjusted to have, a wavelength or partial wavelength ... related to the motion of the water molecule' and is called a resonant cavity; the DC voltage is pulsed at a repetition rate equal to that cavity frequency, so molecules 'bombard back and forth' with velocity 'increasing geometrically'. No numbers for dimensions, frequency, pulse width or duty cycle (only a 0-48 V axis on the pulse drawings); no equation; no measured data; the only energy statement is qualitative ('hydrogen released is much greater than the energy expended'). 18 claims, all 'a non-electrolysis process'. Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• The gap between two electrodes forms a resonant cavity whose length is a wavelength (or fraction or multiple) related to the motion of the water molecule between the plates.
• Pulsing the DC voltage at the cavity's frequency makes water molecules and released atoms bombard back and forth with geometrically increasing velocity and splits water much faster than steady DC.
• The process 'does not generate hydrogen but simply releases' it, so the hydrogen released is much greater than the energy expended.

Relevance: Meyer's first 'resonance' formulation (mechanical, molecule-in-a-gap), distinct from the later electrical LC resonance of the water capacitor.

Mainstream conflict: 'Hydrogen released greater than energy expended' compares unlike units and gives no numbers; splitting water needs at least about 237 kJ/mol (Gibbs) whatever the mechanism; no wave speed is given so the resonance cannot be calculated (for the physicist and mathematician).

Front page (priority 24.09.82 US 422594, deferred search report 22 Aug 1984) and European search report citing two category-A documents: DE 2,852,712 (Wolf) and FR 2,383,247 (Inoue/Japax). Examiner's characterisation; neither is X or Y.

Key claims

• Search found only background art (category A) against the resonant-cavity claims.

Relevance: Third-party (examiner) record; corrects the priority date in the A2 OCR.

Mainstream conflict: None.

Canadian patent issued 5 Apr 1988 (filed 4 Feb 1983; priority 24 Sep 1982, US 422,594; 22 claims). Abstract: water in a cavity with a selected resonant frequency; voltage applied to exciter elements pulsed at a frequency matching the resonant frequency of the cavity; preferably a spherical shell as first exciter. Counterpart of EP 0 103 656; text presumed identical (not compared).

Key claims

• Same as EP 0 103 656: pulsing the exciter voltage at the cavity resonant frequency releases hydrogen and oxygen from water.

Relevance: Canadian counterpart of the resonant-cavity application.

Mainstream conflict: As EP 0 103 656.

Japanese publication (C25B 9/00, C01B 3/04) with priority US 422,594 of 24 Sep 1982, i.e. the resonant-cavity hydrogen generator family. Body not legible in OCR.

Key claims

• Same family as EP 0 103 656 (from priority data).

Relevance: Japanese family member.

Mainstream conflict: As EP 0 103 656.

Canadian patent, application 420,908 filed 4 Feb 1983, issued 5 Apr 1988 (Int. Cl. C25B 1/04; 15 claims; agents Johnson & Hicks; Meyer's own list calls it '(USA)'). Same description and drawings as EP 0 111 573 A1 (same Fig. 8-16 values and the 12 V at 1 A statement), with a corrected and edited text: figure references fixed, 'sub-atomic' removed, 'non-ionic' dropped. Claim 1 now recites 'natural water having no electrolyte added', and a 'variable D.C. voltage source which includes circuit means for restricting the current thereof to a negligible value relative to the magnitude of the voltage'; claim 5 varies the voltage from 0 to over 110 V with current under 1 A; claims 3, 4, 14 tie the gas rate to the pulse repetition rate; claim 15 ties it to the number of plates switched in. Based on Ser. No. 302,807 (16 Sep 1981).

Key claims

• Natural water with no electrolyte, a variable DC voltage and circuit means restricting the current to a negligible value relative to the voltage dissociate into hydrogen and oxygen at a rate that depends on the voltage (CA claim 1).
• The gas release rate is directly related to the pulse repetition rate (CA claims 3, 4, 14).
• Voltage varied from 0 to above 110 V with current below 1 A (CA claim 5).

Relevance: Shows where the 'current restricted relative to voltage' idea enters Meyer's claims (between the EP draft of Dec 1982 and the Canadian grant of 1988). Same data as the EP document.

Mainstream conflict: Low power and non-electrolysis wording versus Faraday electrolysis (for the physicist).

European application 82111594.6, filed 14 Dec 1982, published 27 Jun 1984 (C01B 3/04, C25B 1/04); representative Alfons Wasmeier, Regensburg. Search report of 9 Sep 1983 (examiner I. Van Bellingen) cites only category 'A' documents: DE-A-2 852 712 (Wolf) and Chemical Abstracts on JP-A-54-89978 (Inoue Japax). Meyer's earliest document with his own numbers and graphs. Text: low-power non-regulated, unfiltered DC on two non-oxidizing similar-metal plates; pulsing 'enhances considerably' (p.8); the preferred cell (tube cluster, tubes wired in parallel) 'supplied 12 volts at 1 ampere' (p.12; no gas rate is given with this point). The '37%' in the background is about photosynthesis, not electrolysis (page image p.6). Graphs (15 sheets): most gas axes carry no scale. Numbers that do appear: Fig. 10 (gas vs tube length) 18 W at 1 in, 84 W with '456 cubic inches of gas per hour' at about 3 ft, 120 W with '2700 cubic inches of gas per hour' at 10 ft; Fig. 14 restates these per kWh (5400 and 22,500 in3 per kWh at 'ONE KW CONSUMED AT .07 CENTS'); Fig. 9 gas linear in voltage 10-110 VDC with water temperature rising faster and 'H2O EVAPORATION' at about 107 VDC; Fig. 11 distilled water, 0-110 VDC against 0.1-1 A (a straight line, about 87 V at 1 A, an ohmic cell); Fig. 8 'amp load' 1, 1.2, 8, 10, 15, 20, 23 for distilled, rain, city, river, well, treated well and ocean water with the gas curve nearly flat across them; Fig. 12 plate array 1X, ring array 2.25X, tube cluster 3.75X; Fig. 13 gas falls linearly with plate spacing; Fig. 15 same water-type panels at 12, 18 and 110 VDC; Fig. 16 gas falls as pulse on-time falls (most gas at continuous DC). No voltage or current is recorded for the Fig. 10 points. [calc, deep reader] Faraday's law gives 0.685 L (41.8 in3) per ampere-hour at 25 C; the Fig. 10 numbers are within the 1.48 V thermoneutral energy limit (best 368.7 L/kWh, about 1.9 V per cell if 100% Faraday) but would be 6.5 times Faraday at 12 V. The EP figure numbering is wrong in the text (the CA corrects it; there is no 'Figure 19'). The EP claims differ from the CA claims: EP claim 1 is for 'non-ionic' release by a 'sub-atomic force-type action' from 'natural non-electrolytic water'; the 'current restricted to a negligible value relative to the voltage' wording enters only in the Canadian claims (CA claim 5: 0 to over 110 V, current below 1 A).

Key claims

• A low-power, non-regulated, unfiltered DC voltage across non-oxidizing similar-metal plates releases hydrogen and oxygen from natural water by a 'non-ionic', 'sub-atomic force-type action' (EP claim 1).
• The preferred cell ran on 12 V at 1 A (p.12).
• Fig. 10: a 10 ft excitor tube consumes 120 W and generates 2700 cubic inches of gas per hour (a 3 ft tube: 84 W, 456 cubic inches per hour); Fig. 14 restates these as 5400 and 22,500 cubic inches per kWh.
• Gas generated is a linear function of the applied voltage; contaminants in the water 'aid gas generation' and the nature of the contaminant 'appears to have no significance' (pp.12, 16).
• Pulsing the DC 'enhances considerably the splitting' (p.8), although Fig. 16 shows gas falling as pulse on-time falls.

Relevance: The earliest document in the folder with Meyer's own quantitative data (gas rates against power, a 12 V / 1 A operating point, water-type and spacing graphs). It corrects the earlier statement that no gas rate or input power is given anywhere.

Mainstream conflict: 'Non-ionic', 'non-electrolytic' and 'sub-atomic' are assertions: the deep reader found that every quantitative relation in the patent (gas linear in voltage and current, heating towards boiling, current rising with salinity, gas falling with gap) is the behaviour of an ordinary electrolytic cell. The absolute gas numbers lie within the electrolysis energy limit if the unstated cell voltage was about 1.9 V and exceed Faraday's law only if it was 12 V. The only departure is the unscaled gas curve in Figs. 8 and 15 (gas nearly flat while 'amp load' rises 23-fold), which carries no numbers. [calc, deep reader; for the physicist]

Granted 28 Jun 1983 (Ser. No. 349,185, filed 17 Feb 1982; 19 claims; examiner W. A. Cuchlinski Jr.). Controlled intermixing of hydrogen with air and non-combustible gas (recycled engine exhaust) in a mixing chamber with quenching plates, so that hydrogen's burn velocity falls to that of commercial fuels. Hydrogen comes from a plate-in-water generator described only as 'low-power', 'very low voltage' DC with 'natural water': no voltage, current, spacing, pulse or gas rate is stated. The patent contains no test report, engine size, flow rate, power or efficiency figure. The only numbers are an example hydrogen pressure differential '30 lbs. to 15 lbs.' and Fig. 9 burning velocities (hydrogen 265-325 cm/s; methane, alcohol, gasoline, natural gas, propane, diesel about 35-45 cm/s). It says the system 'is retrofitted to be operable with only water as a fuel source' as an assertion, with no engine tested. EP 0 122 472 A2 (priority US 478,207, 23 Mar 1983) adds descriptive text ('non-electrolysis', output linear in voltage and pulse rate, any water usable) and graphs but no engine, power or test figures that the deep reader found.

Key claims

• Hydrogen's burn velocity can be reduced to a usable level for an engine by intermixing non-combustible gas (recycled exhaust) in a controlled mixing chamber.
• An existing engine can be retrofitted to run 'with only water as a fuel source' (stated, not tested).
• Hydrogen burns 7.5 times faster than ordinary commercial fuels (Fig. 9: 265-325 against 35-45 cm/s).

Relevance: Start of the engine-fuel line. It reports no engine data, which settles for this patent the QE question whether the 1982-83 injector family holds engine operating points (the CA and EP family members were not each read in full).

Mainstream conflict: Hydrogen engine operation by dilution is mainstream engineering; the water source of the hydrogen is the unusual part (not claimed here).

European application (filed 8 Feb 1983, published 24 Aug 1983; priority US 349,185 of 17 Feb 1982). Same disclosure as US 4,389,981.

Key claims

• As US 4,389,981.

Relevance: European counterpart.

Mainstream conflict: As US 4,389,981.

Granted European specification dated 31 Jan 1990 (15 pages; proprietor Meyer). Cited references on its face: DE 2,641,228; FR 238,247; FR 721,354; FR 1,137,280; FR 2,431,162; GB 591,718; US 3,648,668; US 3,948,224; US 3,982,878; US 4,271,793. Shows the EPO granted this engine-injection patent.

Key claims

• As US 4,389,981 (granted claims not read).

Relevance: Granted European member; a grant is not a test of operation.

Mainstream conflict: As US 4,389,981.

Japanese Kokai (F02M 21/02) with priority US 349,185 (17 Feb 1982): the hydrogen gas injector family.

Key claims

• Same family as US 4,389,981 (from priority data).

Relevance: Japanese family member.

Mainstream conflict: As US 4,389,981.

Canadian patent issued 1 Mar 1988 (filed 4 Feb 1983; priority US 349,185; 18 claims). Abstract: hydrogen/oxygen generator with water reservoir, gas collection chamber, non-oxidizing plates and DC source feeding a mixing chamber with fuel linear control valve; non-combustible gas introduced.

Key claims

• Same as US 4,389,981.

Relevance: Canadian counterpart.

Mainstream conflict: As US 4,389,981.

Canadian patent issued 22 Sep 1987 (filed 4 Feb 1983; 21 claims). Abstract: engine fuel supply and control that disassociates hydrogen and oxygen from water and mixes the gas with a non-combustible gas in a predetermined ratio, then with air, into the combustion chamber.

Key claims

• Mixing water-derived hydrogen/oxygen with a non-combustible gas in a set ratio gives controllable combustion in an internal combustion engine.

Relevance: Canadian member of the injector family.

Mainstream conflict: As US 4,389,981.

Canadian patent issued 26 Jan 1988 (filed 9 Mar 1984; priority US 478,207 of 23 Mar 1983; 26 claims). Abstract: controlled intermixing of hydrogen/oxygen with non-combustible gas to reduce burning temperature and velocity, with exhaust returned in a closed loop.

Key claims

• Recycling exhaust as the non-combustible diluent lowers hydrogen's burning temperature and velocity to a controllable level.

Relevance: Aeration/injection family (Ser. 478,207).

Mainstream conflict: As US 4,389,981.

European application filed 14 Dec 1982, published 27 Jun 1984. Hydrogen generator with controlled output of hydrogen, oxygen and non-volatile gases (nitrogen) fed with added gases to a combustion system.

Key claims

• As CA 1,231,872.

Relevance: European member of the aeration family.

Mainstream conflict: As US 4,389,981.

Granted European specification, published 11 Sep 1991 (7 pages), retitled from 'Hydrogen aeration injection system'. Shows the EPO granted a narrowed claim set.

Key claims

• As CA 1,231,872 (granted claims not read).

Relevance: Granted member; a grant is not a test.

Mainstream conflict: As US 4,389,981.

European application filed 15 Mar 1984 (priority US 478,207 of 23 Mar 1983; 36 pages). Abstract: dilution of hydrogen/oxygen with non-combustible gas to reduce burning temperature and velocity; 'a non-electrolysis hydrogen generator'.

Key claims

• As CA 1,231,872.

Relevance: European member (Ser. 478,207).

Mainstream conflict: As US 4,389,981.

Search report completed 22 Apr 1985 (Berlin, examiner Nordstroem). Cites Meyer's own EP 0 111 574, EP 0 086 439 (category X for P,X: whole document) and EP 0 101 761, plus US 3,616,779 Newkirk and US 3,648,668 Pacheco (Y), GB 1,517,799 Nissan (A). So the examiner treated Meyer's earlier application as anticipating at least some claims. Examiner's characterisation; the page gives no reasoning.

Key claims

• Some claims of EP 0 122 472 were regarded by the search examiner as anticipated by Meyer's own earlier EP 0 086 439.

Relevance: Third-party (examiner) record.

Mainstream conflict: None.

Supplementary European search report (EP 89 90 0379), The Hague, 28 Sep 1989 (examiner Wassenaar): cites US 4,569,737 (Sakata) and DE 2,440,618 (Radwainski), both category A. Corresponds to the Euro-PCT route for the 'Hydrogen aeration injection system'.

Key claims

• No cited document anticipates (category A).

Relevance: Third-party record.

Mainstream conflict: None.

Supplementary European search report (EP 89 90 7988), The Hague, 5 Sep 1990 (examiner Wassenaar): GB 2,020,697 Spirig, DE 1,283,567 Varian, US 4,569,737 Sakata, DE 2,440,618 Radwainski, all category A (classes C25B 1/04 and F02B). Probably for the PCT counterpart of the 'Process and apparatus for the production of fuel gas' family; the document does not say.

Key claims

• No cited document anticipates (category A).

Relevance: Third-party record.

Mainstream conflict: None.

Japanese Kokai (F02B 43/00, 47/10) with priority 1983-02-15 style data; presumed the aeration/injection family (Ser. 478,207 or 411,977); body text not legible. 20 pages.

Key claims

• Same family as the aeration injection system (presumed).

Relevance: Japanese family member.

Mainstream conflict: As US 4,389,981.

Granted 20 Dec 1983 (Ser. 411,245, filed 25 Aug 1982; inventor address then 2222 Marlane Dr., Grove City). A hydrogen burner (F23L 7/00) with a quenching/flame-control nozzle; the basis of the 'quenching circuit' and thermal nozzle used later. Cited by US 4,613,304. Not read beyond the front page.

Key claims

• A hydrogen/oxygen burner with a restricted nozzle can burn the gas safely without flashback.

Relevance: Burner hardware for the gas produced by the cell.

Mainstream conflict: Burner engineering is mainstream; no energy claim read.

Granted 14 Aug 1984 (Ser. 422,875, filed 24 Sep 1982; Int. Cl. F23N 5/00). Safety start-up and shut-down controls for a hydrogen burner. Not read beyond the front page.

Key claims

• Sequenced start-up/shut-down controls make a hydrogen burner safe.

Relevance: Peripheral safety hardware.

Mainstream conflict: None apparent.

Canadian patent issued 26 Apr 1988 (filed 4 Feb 1983; priority US 411,977 of 25 Aug 1982; 9 claims). Abstract: a hydrogen generator giving gases from impure water, a 'rippling wave form' potential across non-oxidizing electrodes 'without any change of polarity' with limited current; the gas mixture (H2, O2, nitrogen) burns as a sustained controllable flame.

Key claims

• A rippling unipolar potential with limited current across non-oxidizing electrodes releases gases from impure water that burn as a controllable flame.

Relevance: Early statement (1982) of the unipolar-pulse idea later central to the water capacitor.

Mainstream conflict: As CA 1,234,774.

European application filed 14 Dec 1982 (priority US 411,977), published 7 Mar 1984; abstract as for CA 1,235,669.

Key claims

• As CA 1,235,669.

Relevance: European member.

Mainstream conflict: As CA 1,234,774.

Search report completed 27 Apr 1984 (The Hague, Wassenaar): cites Meyer's own EP 0 086 439 as category E (earlier application) plus US 3,977,365 Vierling, GB 1,549,738 Bell and US 3,982,878 Nissan (all A).

Key claims

• No third-party document anticipates (the only X/E-like citation is Meyer's own earlier application).

Relevance: Third-party record.

Mainstream conflict: None.

Granted European specification, 28 Mar 1990 (6 pages), retitled; references cited include EP 0 086 439, DE 2,641,228, FR 721,354, GB 1,549,738, US 3,648,668, US 3,977,365, US 3,982,878, US 4,111,160.

Key claims

• As CA 1,235,669 (granted claims not read).

Relevance: Granted European member.

Mainstream conflict: As CA 1,234,774.

Japanese Kokai (F23L 7/00) with priority US 411,977 (25 Aug 1982): controlled hydrogen gas flame family.

Key claims

• Same family as CA 1,235,669 (priority data).

Relevance: Japanese family member.

Mainstream conflict: As CA 1,234,774.

Japanese Kokai, 10 pages, hydrogen generator classes (C25B 9/00, C01B 3/04). Likely the 'Hydrogen generator system' (Ser. 302,807 line) but the priority number is not legible; the deep reads do not identify it.

Key claims

• Probably a hydrogen-generator-system family member (unverified).

Relevance: Japanese family member, identification uncertain.

Mainstream conflict: As CA 1,234,774.

Japanese Kokai in H02N 11/00 (generators of types not otherwise provided for) and F03G 7/00; probably the electrical generator line (magnetized-particle or gas generator) but not identified from legible text.

Key claims

• Probably an electrical-generator family member (unverified).

Relevance: Japanese family member, identification uncertain.

Mainstream conflict: As the EPG.

Granted 17 Jan 1989 (filed 25 Mar 1985; 41 claims, 9 sheets; cites Puharich 4,394,230 and a 1987 Scientific American 'Amateur Scientist' article by Jearl Walker). Describes the drive circuits for an array of 'exciter' cells (concentric tubes) in natural water: variable transformer, bridge rectifier, SCR gating by optocoupler, blocking diode, separate cells each with a variable resistor, and a rotating-field alternative (0-5 V primary, 'order of two hundred volts' secondary, 'current negligible'). No component values and no operating frequency (only 60 Hz mains, doubled by rectification). There is no feedback from gas production: gas rate is set open-loop and tuned by hand 'empirically with a gas flow meter and an ammeter'; 'resonance' is set by manually matching pulse rate to plate spacing. Numerical data: five breakdown voltages 2.5, 4, 5.5, 7, 8.5 V ('given size apparatus'), 0-45 V range, tests 'with distilled water'; no gas flow, current, power or efficiency. The only power claim: 'A very small increment of input voltage results in a much greater output.' The text says a transformer yields a 'variable frequency' (a transformer cannot change frequency). Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• A pulsed, unfiltered DC voltage applied to concentric-tube exciter cells in water releases hydrogen/oxygen at a rate set by voltage, pulse rate and plate spacing.
• The rotating-field supply gives about 200 V from a 0-5 V, negligible-current input ('a very small increment of input voltage results in a much greater output').
• Gas production can be controlled by adjusting voltage amplitude, pulse rate and plate spacing (done by hand in this patent).

Relevance: Circuit stage between the 1981-83 DC cells and the 1988-90 water capacitor; the only patent in the folder tied explicitly to Puharich's.

Mainstream conflict: Voltage gain with 'negligible' current is ordinary transformer behaviour unless a power gain is intended; the patent states no power. 'Variable frequency' from a transformer is a technical error in the text. (for the physicist and mathematician)

Granted 2 May 1989 (filed 5 Aug 1987; CIP of abandoned 835,564; 2 claims). The 'hydrogen fracturing process': a four-stage sequence (water to gas; gas ionisation; priming with laser/photon and electron extraction; ignition) said to release 'thermal explosive energy beyond the gas burning stage' from a hydrogen-oxygen-air mixture. Claim 1 steps A-G: pulsating polar field resonating a gas electron, cascading, ionising, EM-wave 'further electron resonance', extracting electrons 'to destabilize the nuclear and electron configuration', thermal ignition. Almost no numbers: 'several thousand volts' triggers ionisation, thermal zone over 2500 F, lens over 3000 F; the circuit sheet shows 110 VAC 60 Hz drive and no component values. No measured output, flow, energy balance or experiment; the only background citation is Rafelski and Jones, 'Cold Nuclear Fusion', Scientific American, July 1987. Mechanism stated in words only ('atomic destabilization'). Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• Ionised hydrogen/oxygen gas, primed by laser or electromagnetic waves and with electrons extracted by a grid, releases thermal explosive energy beyond ordinary combustion.
• Electron extraction from resonating ions 'destabilizes the nuclear and electron configuration' of the gas atoms.
• The released electrons can be drawn into a load (light bulb or resistive heater) as usable electrical energy.

Relevance: The patent behind Meyer's boldest claim (energy 'beyond the gas burning stage').

Mainstream conflict: If more heat than combustion of the gas is meant, that is a claim of energy beyond the chemical bond energy, unsupported by data in the patent; 'destabilize the nuclear configuration' with no nuclear products named is outside known chemistry (for the physicist).

3-page PCT publication: international application PCT/US88/02680 filed 4 Aug 1988 (priority US 81,859 of 5 Aug 1987, i.e. US 4,826,581), published 23 Feb 1989; agent Edwin M. Baranowski (Porter, Wright, Morris & Arthur). Only the front page and search report were extracted.

Key claims

• Same as US 4,826,581.

Relevance: PCT counterpart of the hydrogen-fracturing patent.

Mainstream conflict: As US 4,826,581.

Granted 26 Jun 1990 (Ser. 207,730, filed 16 Jun 1988; CIP of 4,826,581; 2 claims). The core 'water fuel cell' statement: water as the dielectric of a capacitor in a 'resonant charging choke' circuit (an inductor in series), driven by a pulsating unipolar voltage whose polarity never passes beyond ground; resonance 'within the water molecule' then 'cascading' pulses raise the molecule's energy until the applied force 'exceeds the bonding force' and H and O are liberated as elemental gases, plus dissolved gases ('fuel gas mixture'). Water's dielectric constant 78.54 at 20 C is cited (CRC Handbook). Example I: two concentric stainless cylinders 4 in long (0.5 in inner OD, 0.75 in outer OD, gap 0.0625 in); torroid step-up core (1.5 in dia), primary 200 turns of 24 gauge, secondary 600 turns of 36 gauge; 1N1198 diode; first inductor 100 turns of 24 gauge, 1 in diameter; 50% duty-cycle pulses; 'resonance ... at a 26 volt applied pulse to the primary at [10?] KHz' (the OCR reads 'OKH'); voltage 'about 1000 volts and more'. Claims: 'As the pulse frequency is adjusted, the flow of amps is minimized and voltage is maximized'. No gas volume, flow rate, current, power or energy balance anywhere. The patent says electrons are 'extracted from the water bath; electrons are not consumed' and no electrolyte is added. Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• A water capacitor in a resonant charging-choke circuit, pulsed with unipolar voltage, releases hydrogen and oxygen from water with the applied voltage exceeding the molecule's bonding force and without consuming electrons as electrolysis does.
• At resonance current is minimised while voltage across the water capacitor is maximised, so gas production uses very little current.
• Gas output is controlled by pulse voltage, pulse shape, pulse-train timing and plate size.

Relevance: THE central Meyer patent: the cell (concentric tubes, resonant chokes, step-up pulses) from which the 'water fuel' claims descend.

Mainstream conflict: Water electrolysis needs a minimum of about 1.23 V and electron transfer at electrodes; field-induced bond breaking at 1000 V in a dielectric with negligible current would need field strengths and an energy account the patent does not give; no energy balance is offered (for the physicist). [memory, medium confidence]

Granted 22 Sep 1992 (Ser. 460,859; PCT filed 15 Jun 1989; CIP of 207,730, i.e. 4,936,961; 12 claims; terminal disclaimer to 26 Jun 2007). Combines the water capacitor (stage 1) with the gas stages of 4,826,581: pulsed 'resonance' ionisation, laser priming, electron-grid extraction, ignition giving 'thermal explosive energy beyond the gas burning stage'. Numbers only for stage 1 (26 V, 10 kHz primary pulses, about 1000 V or more on the cell, cell geometry), 2500 F and 3000 F, and 'several thousand volts'; no gas flow, current, input power, thermal output, efficiency or energy balance. No equations. Abstract: gas atoms 'ionized or otherwise energized and thermally combusted to release a degree of energy greater than that of combustion of the gas in ambient air', with no number. Cites cold fusion (Rafelski and Jones). Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• The hydrogen fracturing process releases energy from fuel gas derived from water in four stages ending in 'thermal explosive energy beyond the gas burning stage'.
• A water capacitor in a resonant electronic circuit, whose resonance depends on the dielectric property of water, releases hydrogen, oxygen and other dissolved gases.
• Ionised gas atoms thermally combusted release more energy than combustion of the gas in ambient air.

Relevance: Meyer's most complete statement of the water-to-thermal-energy claim in a US patent.

Mainstream conflict: As US 4,826,581 and US 4,936,961.

PCT publication of 28 Dec 1989 (PCT/US89/02622, filed 15 Jun 1989; priority 207,730 of 16 Jun 1988). The description is identical to US 5,149,407: no extra data, tables, witnesses or tests; the only experiment is the single Example I. It has 7 claims versus 12 in the US; its WO claim 6 (an electron-sink apparatus 'to destabilize the nuclear and electron configuration') was not carried into the US claims, and WO claim 2 ends 'whereby thermal energy having a level enhanced over conventional combustion is achieved' (dropped in the US). International search (ISA/US, 18 Jul 1989) cites Neefe 4,511,450, Vialaron 4,696,809, Laas 4,740,283, Prestridge 3,772,180 and two Chemical Abstracts items, all category A. Any earlier statement that the WO holds extra experimental data is wrong.

Key claims

• Same as US 5,149,407; the WO text additionally claims an electron-sink apparatus destabilizing the nuclear and electron configuration, and enhanced thermal energy over conventional combustion.

Relevance: Shows the claims narrowed between the PCT filing and the US grant.

Mainstream conflict: As US 5,149,407.

PCT application PCT/US90/06407 (filed 2 Nov 1990, published 14 May 1992). Control electronics for the capacitive resonant-cavity water cell of US 4,936,961: isolation/step-up transformer, switching diode, 'resonant charging chokes' (TX4, TX5), a resonant scanning circuit with phase-lock loop (PLL) and pickup coil that holds the drive at the sensed resonance, a gated pulse generator, amplitude control, and a gas-rate or pressure feedback (claims 9-10). Inventor's theory: pulses 'tune into the dielectric properties of the water', and 'at resonance, the current (amp) draw from a power source to the water capacitor is minimized and voltage across the water capacitor increases'; 'the voltage which creates the dielectric field tends to infinity'. Numbers: 0-12 V primary; 12 V times a 30:1 choke ratio gives 360 V; secondary up to 2000 V (elsewhere 2000-5000 V and 'unipolar pulses from 0 to 650 volts'); frequency 0-10 kHz; typical resonance about 5 kHz in a 3 in water capacitor with a 0.5 in rod in a 0.75 in cylinder. No equation, no L or C values, no energy balance. Fig. 10 is labelled 'LASER INJECTION' though the text read mentions no laser. The voltage figures are not reconciled in the text. Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• A phase-lock loop and resonance-scanning circuit can hold the drive frequency at the electrical resonance of a water capacitor so that cell current is minimised and voltage is maximised.
• At resonance the strength of the covalent bond is exceeded and the atoms of the water molecule dissociate with electron flow suppressed to leakage.
• A transformer-plus-chokes voltage intensifier circuit isolates the water capacitor so that control-circuit power consumption is minimised at resonance.

Relevance: The 1990 control-circuit disclosure: the most specific picture in the folder of Meyer's 'resonance' electronics (with 5 kHz and 12 V x 30 = 360 V numbers).

Mainstream conflict: At electrical resonance of a series LC circuit current and voltage behave as stated only for the circuit as a whole; a bond-breaking 'resonance' of the water molecule at kilohertz frequencies is not found in standard physics (molecular resonances are in the infrared and microwave); no energy balance is given (for the physicist). [memory, medium confidence]

PCT/US90/06513 (filed 2 Nov 1990, published 14 May 1992; counterpart of Meyer's US 5,293,857, per the newsletters). Hydrogen production is delegated to US 4,936,961's water fuel cell; the novelty is 'burn rate' control: hydrogen's flame speed (Table I: 325-265 cm/s, about 8 times gasoline) is lowered to gasoline's 43-37 cm/s by diluting with ambient air and recycled exhaust while the H2:O2 ratio is held near 2:1; pressure regulator 15 psi; cell frequency 'up to 50 KHz and above' for larger cavities; gas made on demand. The patent states 'other sources of a hydrogen fuel gas may be used'. No measured engine data or gas rates. The ISA/US search (11 Feb 1991) cites Horvath US 3,980,053 as category X against claims 1, 4, 5, 11, 12 (an examining authority's characterisation). Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• Dilution with air and recycled exhaust can lower hydrogen's burn rate from 325-265 cm/s to 43-37 cm/s, matching gasoline, so a hydrogen engine runs from idle to maximum rpm without engine redesign.
• Hydrogen is made on demand by the water fuel cell, avoiding a pressurised hydrogen tank.

Relevance: The engine-integration layer of the water-as-fuel claim; the part most open to ordinary engineering assessment.

Mainstream conflict: The patent's statement that hydrogen combusts satisfactorily 'only when a hydrogen/oxygen mixture in the ratio of 2:1 is present' disagrees with standard flammability limits for hydrogen in air (a very wide range) [memory, medium confidence]; reviewers should check.

PCT/US91/03476 (filed 12 Jun 1991, published 23 Dec 1992; 13 claims). The 'microminiaturized water fuel cell' moved into the combustion zone: direct injection of water into a cylinder, jet engine or furnace, with the capacitor plates as the injector's own electrodes so fuel is made and burned 'on demand in real-time'. Cites 4,936,961, 4,826,581 and 5,149,407. No efficiency number, voltages, frequencies, gas rates or test results; the deep read lists the stages. ISA/US search report (completed 31 Oct 1991): McClure 4,185,593 and Lee 5,010,869 (X) and Pacheco 3,648,668 (X,Y) against various claims, plus Y citations including Meyer's own 4,613,304, 4,826,581 and 4,936,961; this is the examining authority's characterisation. Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• Water can be injected directly into an engine cylinder and converted to a hydrogen-containing fuel in the combustion zone by a micro water capacitor, so no gas pressure vessel is needed.
• The injector produces fuel on demand in real time at 'high efficiency' (no number given).

Relevance: The final 1990s form of the water-fuel-injector claim.

Mainstream conflict: As US 4,936,961 and 5,149,407; the examining authority rated some claims as anticipated.

Canadian application (filed 17 May 1991, laid open 18 Nov 1992; cover misspells 'Stanely A. Meyer'), 33 pages, 13 claims. Same disclosure as WO 92/22679 apart from the cover page; the two are one disclosure.

Key claims

• Same as WO 92/22679.

Relevance: Canadian copy of the water fuel injection system.

Mainstream conflict: As WO 92/22679.

Granted 23 Sep 1986 (filed 29 Jul 1983; class H02K 16/00). Despite its title this is NOT the water-cell pulse circuit: it is a rotating brushless electromechanical generator with rings of DC- or AC-energised electromagnets on stationary discs and non-magnetic toroidal winding rings carried between them on a rotating, belt-driven disc; 'pulse' refers to the output pulses as the winding passes each gap. No water, hydrogen, resonant inductor, circuit values, frequency, voltages or equations; the number of magnets is not stated (about 18 per ring in the drawing). It cites Gramme 1871/1879 ring dynamos. Pulsed input is said to reduce output ('idling speed of an automobile'). The description and claim 2 disagree on the AC case. Appears in Meyer's lists as a 'patent granted' without saying how it relates to the cell.

Key claims

• A rotating ring winding passing alternating-polarity magnetic gaps produces a pulsed or alternating output whose frequency is set by the number of gaps; pulsing the input reduces the output.

Relevance: A conventional-looking generator in Meyer's patent list; clarifies that the title does not signal a cell circuit.

Mainstream conflict: None evident: mechanical generator; the patent makes no output-exceeds-input claim.

Granted 30 Jun 1981 (Ser. 104,081, filed 4 Feb 1980; inventor address a Columbus, Ohio post-office station). Solar/optical patent; background on the inventor's pre-hydrogen work. Appears in Meyer's own patent lists. No relation to water splitting found.

Key claims

• A light-guide lens can collect solar light for heating (optics).

Relevance: Biographical: Meyer's earlier solar-patent work (1975-81).

Mainstream conflict: None apparent.

Granted 5 May 1981 (Ser. 138,144, filed 7 Apr 1980; class F24J 3/02). Solar heat storage. Biographical context only.

Key claims

• Multi-stage solar heat storage.

Relevance: Biographical: earlier solar patents.

Mainstream conflict: None apparent.

Granted 20 Jul 1976 (filed 3 Sep 1975; inventors Meyer, 2931 Bryden Road, and Stephen R. Gray, Columbus, Ohio 43209). Solar heating with fibre/light-guide transport (class 350/96 B). Meyer's earliest patent in the folder and the only one with a co-inventor.

Key claims

• Solar heating system using light guides (optics).

Relevance: Biographical: earliest patent (1976), shows a co-inventor.

Mainstream conflict: None apparent.

Meyer's own 222-page technical brief, also sold as sales material (it refers to a 'WFC Profit Sharing Certificate Prospectus' and dealerships). Meyer's mechanism in his words: a step-up pulsing transformer feeds a unipolar pulse train through a blocking diode and two resonant charging chokes (resistive wire) to a plate pair ('Excitor-Array'); water as capacitor dielectric makes an RLC circuit 'tuned' to resonance; high voltage with restricted current is said to pull electrons from the molecule so its covalent bonds 'cease to exist' (the 'Electrical Polarization Process'); higher voltage ionises the atoms ('Resonant Action'); LEDs or a laser 'prime' the gas; an 'Electron Extraction Circuit' removes more electrons; ignition then gives 'thermal explosive energy (gtnt)'. Numbers in pp.1-56: 1-12 V on the transformer primary; more than 20,000 V across the cell; water dielectric constant 78.54; LED 20 mA, 1.7 V, 1-65 Hz; clocks 10 and 100 kHz; hydrogen burn velocity 325 cm/s reduced to 42 cm/s; flame 'beyond 5,000 degrees F'; quench passage 0.015 in. No inductance, capacitance, turns, plate size or gap, cell current, resonant frequency or gas output rate. Energy claims: 'the energy contained in a gallon of water exceeds 2.5 million barrels of oil when equated in terms of atomic energy' (cover equation E_in (Gas/Det) = M_d C^2); the process 'switches off the covalent bond ... without consuming amps' and the extraction circuit 'produces electrical energy'. No measured input/output. Front matter: patent list (13 US patents incl. 5,293,857; Canadian, EPO, JPO), biography ('businessman and free-lance inventor'; heart monitors, a banking 'Validator', 'Nivax and Actar' oceanography, 'EBED concept for Star Wars'; Who's Who entries 1990-94; talks at Einsiedeln 1989, Colorado Springs 1990, Geneva 1991, Daytona Beach 1991, Denver 1993, Ukiah 1994), contents of memos 420-430. None of the biographical claims is checked in the folder. Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation. PAGES 126-222 (second deep read): the only named laboratory, person and dated test in them is Fig. 7-15 (p.163), 'Analysis of Water': 'R & D Laboratory, A Certified Biological Testing Laboratory, Columbus, Ohio 43204, C. Thomas Bell, Ph.D., Lab Director, Test Date: January 10, 1983, Test Method: Spectrophotometer Analysis, Contaminates: Sodium (Na) and Potassium (K)'. Page image: distilled water under 2 ppm, tap 11, rain 16.1, lake 20.2, drilled 24, river 45, ocean 26,100 ppm. The laboratory is credited with a Na/K analysis, not with any energy test; the chart's axis is labelled 'increased thermal explosive energy-yield' with no values. The date prints 1983 (the newsletter deep reads of Nos. 10 and 11a read it as 1963; to be checked against those scans). Memo 429 (p.190) cites a 'WFC Patent Validation Report dated January 14, 1983 as per WFC Test-Results Mode of Operability' under 35 USC 101: the report itself is not reproduced, no author, laboratory, instrument or result is given (a named document not in the folder; the 'Electrical Polarization Process' was the subject). Memo 425 (p.133): the applied voltage (typically 20,000 V) 'can be extended or increased up to and beyond 90,000 volts range within a millisecond or less', a design statement, not a measurement; it is the only time scale given and no pulse length in seconds appears anywhere in pp.126-222. Memo 426: chokes about 11.6 kohm each, water gap .010-.060 in, ' up to and beyond 20 Kilovolts' with 'amp leakage in the milliamperes range', Eqs 19-30 standard circuit formulas (Eq 28 printed as M = La/4), 7.4 microlitre droplet per injection cycle for a 50 hp VW dune-buggy engine at 65 mph. Memo 427 'Voltage Wave-Guide' and Memo 430 'WFC Steam Resonator' are concept and figures with no numbers, tests, laboratories or witnesses. Memo 428 'Reclaiming Our Air': 'less than 20% now as compared to 30% prior to the Industrial Age as so determined by polar ice-cap samples' (no publication named; [memory, high] today's value is about 20.9%), an Exhaust Air Reclaimer that pulls apart NO molecules (NO 'typically < 1ppm when running on water', no test), and a 10% sunlight-reduction claim. Memo 429 'Optical Thermal Lens: A Miniature Controllable Sun' (hydrogen 'Easer' stimulated emission; 40 kV 'to instantly convert water (droplets) into thermal explosive energy'). APPENDIX A (Tabs 33-39, pp.217-221), page-image check: hydrogen 'mass unit' counting (protons only, neutrons ignored) gives 20% hydrogen in water (the standard figure is 11.2% [calc]); 'Water Energy-yield is 2.5 times greater than Gasoline' using 57,000 BTU per gallon for water against 22,800 for gasoline, citing U.S. National Bureau of Standards Monograph 168 'Selected Properties of Hydrogen' (Meyer attributes the 2.5 times figure to the NBS, which the monograph is cited for as hydrogen data, not for water per gallon); '111 ml/min gasoline ... / 2.5 = 44.4 ml/min water ... = .740 ml/sec' (the page prints '.740 ml/sec'; an earlier reading '740 ml/sec' was an OCR loss of the decimal point, so that 'slip' is not Meyer's); 100 injection cycles per second, 7.4 microlitres per cycle; '40,000 volts @ 1 ma = 40 watts ... 40 watts / 12 volts battery = 3.3 amp/hr' (a real unit slip: amp-hours for amps); 148 microlitres x 50 bhp / 7.4 = 1000 bhp, supported by 'Powerful Water-Plasma Explosion' (Center for Electromagnetics Research, Northeastern University) and 'Electrically Induced Explosion in Water' (Kansas State University) 'affixed to WFC International Independent Test-Evaluation Report' (none of these texts is in the folder). [calc, deep reader] 0.74 ml/s of water holds about 0.083 g/s of hydrogen, about 10 kW even if freed and burned for free, against about 37 kW of shaft power for 50 hp. No witness statement, signature or affidavit occurs in pp.126-222.

Key claims

• The energy in a gallon of water 'exceeds 2.5 million barrels of oil when equated in terms of atomic energy' (E = mc^2 accounting).
• Voltage pulses at the resonant frequency of a water capacitor (RLC with resonant charging chokes) break the covalent bond with current deliberately restricted, 'without consuming amps'.
• An electron-extraction circuit draws electrons from the ionised gases and 'produces electrical energy' while the electron-poor gases burn with thermal explosive energy.
• Water-fuel injectors can replace spark plugs and fuel injectors in engines (memos 422DA, 423DA).
• A named laboratory analysis dated 10 Jan 1983 (R & D Laboratory, Columbus, Ohio; C. Thomas Bell, Ph.D.) measured Na and K in seven water samples: distilled under 2 ppm, tap 11 ppm, ocean 26,100 ppm (credited for the analysis only, not for any gas or energy yield).
• A 'WFC Patent Validation Report dated January 14, 1983' demonstrated operability under 35 USC 101 (cited once, contents not given).
• Water is 2.5 times more powerful than gasoline (Appendix A, citing the U.S. National Bureau of Standards); a 50 hp engine at 65 mph needs 0.74 ml/s of water in 7.4 microlitre droplets, 100 injection cycles per second.
• Voltage can rise to 90,000 V within a millisecond or less (Memo 425; a design statement).
• Atmospheric oxygen has fallen from 30% to under 20%, and a WFC Exhaust Air Reclaimer can separate NO molecules in engine exhaust.

Relevance: Meyer's most complete own account of mechanism and claims; the fullest source for his quantitative assertions (and for their absence). The second half holds the water-analysis chart, the cited 14 Jan 1983 validation report and Appendix A, the only place Meyer shows his arithmetic for '2.5 times gasoline'.

Mainstream conflict: '2.5 million barrels per gallon' is a nuclear-scale figure: the whole rest-mass energy of a gallon of water (about 3.8 kg x c^2 = 3.4 x 10^17 J) is about 56 million barrels of oil at 6.1 x 10^9 J per barrel, so the claim is about 4% of total mass-energy, versus about 0.01 barrel for burning the hydrogen [calc by fact-finder]; the document gives no calculation; 'without consuming amps' while delivering thousands of volts and extracted electrons conflicts with power = V x I accounting unless explained (for the physicist). [memory, medium confidence]

A second copy of the same 222-page brief. See the previous entry for what has been read.

Key claims

• Same as the first copy.

Relevance: Duplicate; counted once as an artifact.

Mainstream conflict: As the first copy.

Promotional newsletter of Meyer's company. Content: a 'Proposed International Trade and Development Center' with a profit-sharing plan for private investors; a Pentagon presentation planned; 'Meyer develops the Hydrogen Fracturing Process'; Meyer holding an EPG lab model 'required by the patent office' ('one of eight patented systems of the Electro-Particle Generator which produces electrical energy'; 'forerunners of the Electrical Home Power Generator'); Meyer working on the problem since 1975, 'filing 42 patents' as a 'buffer zone'; dune buggy 'on hydrogen power in 1985' released via ABC television news; headline 'The atomic energy-yield of a gallon of water exceeds 44,000 barrels of oil' with no derivation; claims the Water Fuel Cell could be 'built by one person in one day' in 'a garage, a basement, or a backyard'. Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation.

Key claims

• A gallon of water has an atomic energy yield exceeding 44,000 barrels of oil.
• A dune buggy was run on hydrogen from the Water Fuel Cell in 1985, reported by ABC television news.
• The Electro-Particle Generator produces electrical energy from water-derived gas.

Relevance: Earliest company claims (1986-87) in the folder, incl. the first '44,000 barrels' figure and the 1985 dune buggy.

Mainstream conflict: Energy-yield figure 44,000 barrels/gallon far exceeds the chemical energy of water burned as H2 (about 1 gallon of gasoline equivalent or less); implies nuclear-scale conversion; no derivation given (for the physicist). [memory, medium]

Company newsletter. Says Meyer's 'basics of the Water Fuel Cell technology has been completed both nationally and internationally' and that Canada 'has legally recognized the validity' of the technology; 'Nine out of Forty-two patents have already been issued in the United States'. Names the 'Electrical Polarization Generator ... in essence a gas battery which produces electric energy directly from the fuel cell gases without chemical interaction'; the 'Hydrogen Fracturing Process' with preliminary tests showing 'energy yields of one gallon of water ... predicted to equal that of 44,000 to 108,000 barrels of oil'; Voltage Intensifier Circuit, Electron Grid Extractor and Hydrogen Gas Gun with Optical Thermal Lens Nozzle; photographs of a vertical cell stack, a 'Hydrogen Gas Gun Module' and a dual-voltage control unit; Meyer working with the military; proposals to retrofit F-15/F-16; a 351-acre 'Product Development Center' in Central Ohio (Phase I and II site plan, copyright 1987) with an estimated 600 technicians and, later, 5,000 workers, funded by investors who would share 5% of profits; desalination at up to 10 million gallons per hour; development cost figures (less than $1,000,000 since 1975; $375,000 'spent on it' with invoices; industry cost estimate $350,000,000). States he began in 1975, on hydrogen since 1980, and 'used to work for a multinational research entity'. Quote: 'The power-yield per gallon of water exceeds 44,000 barrels of oil.' Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation. Verified at 200 dpi: the upper figure 108,000 appears only once, in the body text, which calls the yield 'predicted' from 'preliminary tests'; the pull quote and caption state 'exceeds 44,000 barrels of oil' as fact. The 'military' statements are intentions ('being set up', 'working with the military on a systems analysis'); no contract, officer or programme is named. Meyer: 'I've been able to bring the system in with less than $1,000,000 since I began working on it in 1975' (legal fees the biggest part), and 'I've spent $375,000 on [the Hydrogen Fracturing Process], and I have the invoices to prove it'. Five percent of profits after the Center is developed would go to investors. The only people named are Marcia Thompson and Meyer.

Key claims

• Preliminary tests show a gallon of water's energy yield predicted to equal 44,000 to 108,000 barrels of oil.
• The Electrical Polarization Generator is 'in essence a gas battery which produces electric energy directly from the fuel cell gases without chemical interaction'.
• The Water Fuel Cell can be retrofitted to military aircraft such as the F-15 and F-16 without engine redesign and run on ordinary water.
• Meyer developed the technology for under $1,000,000 since 1975 (with $375,000 documented by invoices).

Relevance: Fixes the 1987-88 state of claims, including the yield range, the funding story and the patent count.

Mainstream conflict: As the Issue No. 3 energy-yield claim; 'gas battery' producing electric energy 'without chemical interaction' lacks any stated energy source (for the physicist).

Company newsletter. 'World wakes up to water fuel invention': Meyer says the G-7 leaders in London were alerted and 'agreed to look further into it'; he has worked on the hydrogen fracturing technology since 1980 'at a cost of about $1.6 million', is sole owner of the patents and 'now holds more than 25 U.S. patents' (plus Japan, Canada, PCT); 'part of the technology is in U.S. national security interest' and under 'national security review since the beginning of the crisis in the Mid-East'; 'The bulk of the Water Fuel Cell technology has already been released to the scientific community ... released and verified at labs throughout the world'. Quotes a recent report from Dr. T. Nagypal of Vienna, who 'tested part of the technology', stating 'Your theory works' (no report in the folder), and a paper 'The Adoption of Hydrogen as a Universal Energy Source: An Appreciation' by Admiral Sir Anthony Griffin with Professor M.A. Laughton and Dr. K.B. Hindley recommending that WFC credibility 'first be established'. Describes the Hydrogen Gas Management System (WFC 422 DA) installed on the dune buggy; Water Fuel Injectors that 'duplicate different sizes of conventional spark plugs' (WFC 423 DA); a steam resonator; retrofits of the dune buggy, a Corvette owned by Bill Brooks (stock Corvette record 271 mph claimed), an Alaskan Bushmaster rotary-engine plane and a Jet Commander jet piloted by Rick Schneider with Ulf Dahlstrom (a non-stop pole-to-pole flight 'using water as fuel' is planned); retrofit for 'less than $100,000'. Says a patent for the Electrical Polarization Process 'was issued on June 25, 1991' (the patent in the folder, 4,936,961, is dated 26 Jun 1990: a discrepancy). Patent list and dealership/publication prices on p.4. Interested-party document: the patent holder's own description of his invention; a patent grant or publication is not a test of operation. Verified at 200 dpi: the date is printed 'June 25, 1991' (not an OCR error) against 26 Jun 1990 on US 4,936,961; a second date, 'May 21, 1991' for a Hydrogen Gas Management System patent, matches no number in the issue's own table (the only such entry is PCT/US90/06513, published 14 May 1992). The 'Patents Granted To Date' table (p.4) lists 11 distinct US numbers, against the text's 'more then 25 U.S. patents'. Only the dune buggy is described as having the system installed; the Corvette, Bushmaster plane, Jet Commander jet and a boat in Britain are 'being retrofitted' or planned. Ulf Dahlstrom appears in four photo captions with no role stated. Meyer was featured speaker on 27 July at the 1991 Extraordinary Science Conference, Colorado Springs.

Key claims

• Dr. T. Nagypal of Vienna tested part of the technology and reported 'Your theory works' (report not in the folder).
• Meyer's water-fuel retrofit can convert a tactical aircraft or fighter jet to fly on water for under $100,000 within months.
• The bulk of the Water Fuel Cell technology has been released and verified at laboratories worldwide.
• A pole-to-pole non-stop flight on water as fuel is planned in a Jet Commander jet.

Relevance: Gives the 1991-92 external-endorsement claims (Nagypal, Griffin et al., G-7) and named associates (Dahlstrom, Schneider, Brooks) that the Investigator should chase.

Mainstream conflict: Water as aircraft fuel requires an energy source beyond water's chemical energy; no test report appears (for the physicist and the Investigator).

Company newsletter, May 1994: 'Military funding is anticipated'; 5,293,857 granted 15 Mar 1994 ('26th major patent'); 'since 1979 in the making'; the dune buggy 'is now being retrofitted' with E-Prom electronics 'to match the acceleration performance of gasoline-driven cars' (so apparently it did not yet); 'Laboratories around the world are testing and retesting' the technology; a 'technical blockage' narrative and opposition by unnamed 'entities'. Offers 'profit-sharing certificates' ($100 increments up to $1,000,000; 8% of net profits per year up to a 300% return) with filings said to be submitted to the SEC and Ohio and other states' securities divisions, approval pending; Indy 500 car sponsorship sought ('all we need is the funding'); the company's claim of 2.5 times gasoline's hydrogen; 18 microliters of water per injection cycle to run the dune buggy at 65 mph (148 uL for a truck). Interested-party document: the company solicits investment and dealership fees. [memory, medium] the Ohio Division of Securities later acted against Meyer's company (not in this document; to be checked by the Investigator).

Key claims

• Running a car on the Water Fuel Cell would go 2.5 times farther than on gasoline.
• Eighteen microliters of water per injection cycle is enough to run the experimental dune buggy at 65 mph.
• Laboratories around the world are testing and confirming the technology as viable.

Relevance: Documents the investment solicitation (profit-sharing certificates) and the 1994 status of the vehicle work.

Mainstream conflict: No calculation is shown for '2.5 times'; for scale, 18 uL of water contains about 2 mg of hydrogen, worth about 0.3 kJ if burned [calc by fact-finder], before counting the energy needed to split the water (for the physicist).

Pp.1-11: Meyer's Fall 1996 report: 'pre-manufacturing', 'Proof of Concept' contracts 'being initiated and funded', and 'water must be registered as fuel and the WFC technology tested to EPA and other Government standards and certified' (so not yet certified); '26 U.S. and International patents'; 'Particle Oscillation as an Energy Generator': pulsed fields stress the bipolar water molecule, at about 40 kV 'the gases automatically ignite', at the resonant frequency 'the energy aperture is opened' and 'Universal or Zero Point energy continuously comes into our third dimension'; 'does not create energy, but only releases the energy that is already present ... thus complying with the Laws of Thermodynamics'; water 'two and one half times more powerful than gasoline', outputs 'from ... more than twice that of gasoline to ... over two million barrels of oil per gallon of water'; '40,000 volts ... at around one milliampere' converts water to explosive thermal energy; 7.4 microlitre droplet per cycle for a 50 hp engine, 148 for 1,000 hp (the 1994 issue gave 18 uL for the dune buggy and 148 uL for a truck); Steam Resonator. Pp.12-18 reprint Issue No. 10; p.19 order/patent list. Interested-party document.

Key claims

• At about 40,000 volts and one milliampere the Water Fuel Cell converts water to explosive thermal energy on demand.
• A 7.4 microlitre water droplet per injection cycle runs a 50 horsepower engine (148 uL for 1,000 hp).
• The technology 'does not create energy, but only releases the energy already present' while an 'energy aperture' in the atomic nucleus admits zero-point energy.
• Output ranges from twice gasoline to two million barrels of oil per gallon of water.

Relevance: Latest-dated document in the folder: shows how the claims had grown to zero-point-energy language by 1996.

Mainstream conflict: 'Energy aperture' and zero-point energy are not part of standard physics; the 'does not create energy' and 'two million barrels per gallon' statements sit in the same article without reconciliation; droplet sizes conflict between issues (for the physicist). [memory, medium]

US patent application published 3 Nov 2005 (Ser. 10/709,215, filed 22 Apr 2004; copyright statement 2001-2004; class G06F 17/00, 700/231). A computerised on-site/mobile 'hydroxyl gas' (hydrogen-and-oxygen) producing and filling station with a three-phase, impedance-matched, multi-signal drive into concentric stainless 'wave-guide' electrodes in a water bath, cooling loop, compressor, tank and safety interlocks. Abstract: 'the keystone of a new type of automation'. 'Hydroxyl gas' is never defined; no gas composition, flow, yield or energy figures; claim 1 is 'The MLS-HFS information in this specification is the embodiment of the claims'. The pages show no grant. Nothing connects the applicant to Stanley Meyer; the deep read recorded 'no injection system' content. The inventor is the party with the stake.

Key claims

• A computer-controlled station can produce hydroxyl (hydrogen and oxygen) gas from water with phased, impedance-matched electrical signals applied to concentric wave-guide electrodes and deliver it to storage.
• Cooling the cell allows more gas production at higher voltage signals.

Relevance: Probably misfiled by name: a different Meyer. If the owner means it as part of the project, the document itself does not connect it to Stanley Meyer.

Mainstream conflict: No performance claim; 'hydroxyl gas' is undefined and conflicts with chemistry usage of the term unless it means HHO/oxyhydrogen (for the physicist).

Meyer's talk (about 30-45 min), introduced by an unnamed organiser ('one of the most brilliant inventors'), followed by a promotional soundtrack and a local TV report (WTVN 'Action 6 News'). Meyer says: since 1975, 'about 40 major patents', a 'technological buffer zone', he owns all patent rights, a planned energy symposium in Sweden for 140 nations; he tells a 1965 Washington nuclear-safety meeting story and a NASA/astronaut remark (accident unnamed; likely Challenger, memory); faith framing (Job 38:22-23). The deep read lists a table of named people and organisations (Ike, 'General Broussard' at Wright-Patterson, a Pentagon general, NASA, Livermore, ABC news, WTVN anchors), vehicle and demonstration descriptions (the dune buggy; a blown hole in the living-room floor that led to the quenching circuit) and the quantitative claims he makes aloud. Whisper renders some terms wrongly ('false frequency', 'resident cavity'). The Q and A is absent. Interested-party statement. The self-sustaining statement of the talk (once excited from an external source it maintains itself as long as there is water in the fuel cell; electricity produced without consuming the fuel source) was in the deep read (section 5.11) but missed in the first claim list; see claim 7 in claims.md and the New Zealand talk, where Meyer says it again with a worked example.

Key claims

• Meyer states he has about 40 patents on the technology and owns all patent rights nationally and internationally.
• A water-powered dune buggy was demonstrated and filmed (ABC news; WTVN TV).
• Meyer made technical presentations to military officials at Wright-Patterson Air Force Base and the Pentagon.
• The system is 'a self-sustaining oscillation system that once you excited from an external source it maintains itself as long as there is water in the fuel cell', and a gas-pressure turbine produces electrical energy 'without consuming the fuel source' (deep read section 5.11, transcript ll.557-581).

Relevance: The only audio of Meyer's own explanation in the folder; shows how he presented mechanism, history and demonstrations.

Mainstream conflict: As the newsletters (energy and mechanism claims, for the physicist); the oral claims are unverifiable from the transcript alone.

Meyer's talk and question session at a house meeting in New Zealand (2 h 38 min), with a host and several unnamed audience voices (speakers are inferred from content, not labelled). Meyer sells a decentralised manufacturing and dealership model: no corporation ('a proprietor ... under the grandfather's clause'), dealerships as licences not sales of the technology, first-come first-served by deposit, parts moulded and assembled locally, a working unit 'in 18 to 24 months', the current unit 'pre-engineering'. No fee, deposit or price is stated. The meeting ends with a host proposing an association, 'Water Fuel Cell New Zealand'. Quantitative statements [read]: stainless 304 plates, 'lab certification' longevity 0.0001 per year; drive from zero to 10 kHz (or 20 kHz) and 0 to 2,000 V, up to 90,000 V for the gas stage; a car needs 'two amps or three amps or five amps'; gas exactly 2:1 H2:O2 in the patent analysis; hydrogen flame speed 325 cm/s brought to about 47 cm/s by non-combustible gases; hydrogen '2.5 times more powerful than gasoline' (and, in the fracturing passage, '2.5 million barrels of oil per gallon of water'). SELF-SUSTAINING LOOP CLAIM (ll.636-724, verbatim as transcribed): the 'electron extraction circuit' plucks electrons from the ionised water; at 100 V and 100 A 'that gives me ... 10 kilowatts of electrical energy' (the transcript garbles the units and says '6.25 x 10^18 electrons ... one volt'); this electricity is fed 'back through the voltage intensifier circuit ... so I now have a self-sustained oscillation system ... it goes until ... there's no more water'. Meyer says a Pentagon 'General Abramson' (spelling uncertain) called it a perpetual-motion device and he replied it is not, because 'I'm using water now as the energy source just like ... gasoline'. Asked about heat loss he says the nucleus 'acts as an aperture that absorbs energy from another time dimensional zone'. No measured input or output is given. EPG figures [read]: closed loop with 'one moving part'; a permanently magnetised gas (argon with iron or nickel ions, 2,000 to 90,000 V plus laser energy; method withheld); a thought experiment of a 10 W laser struck a thousand times in a 20-mile loop with 1,000 turns per coil giving a '10,000 or 100,000 watt laser equivalent'; a home unit 'half size of a hot water tank about 18 inches in diameter' with a garbled capacity ('2 2300 amp'). Hydrogen fracturing: a 'triggering process' that 'becomes a nuclear reaction' (he denies 'thermonuclear'), compared with muon-catalysed fusion. Aircraft: F-18/F-16 'off the atomic power of water', a Learjet T-39 retrofit, a 'scooper' seawater aircraft, 'hyperdrive' underwater jet. Named contacts, all as Meyer's own report with no independent record: 'General Abramson' (Pentagon), 'General Bachard' (Wright-Patterson), 'very high level meetings in England'; the Abrahamson identification the QE floated is a [memory, medium] guess not supported by anything in the transcript. A voice in the room (not Meyer) says he ran a Ford six-cylinder on condensed water in the lab. Other claims: President Reagan ensured processing of the patents; Arabs, Russians and Japanese tried to suppress the technology; an offer of over a billion dollars to 'sit on the technology'; atmospheric oxygen down; Meyer's lab in Worthington, Ohio. Interested-party statement: the inventor is selling dealerships.

Key claims

• Electrons plucked from ionised water by the 'electron extraction circuit' give electrical energy (100 V x 100 A = 10 kW as stated), which is fed back through the voltage intensifier circuit to make more gas, so the system is a 'self-sustained oscillation system' that runs 'until ... there's no more water'.
• This is not perpetual motion, because water is the energy source 'just like' gasoline (answer to a Pentagon general, as Meyer reports it).
• The Electrical Particle Generator multiplies a 10 W laser by repeated pulsing in a looped light-guide tube to the equivalent of 10,000 to 100,000 W, in a home unit about half the size of a hot-water tank.
• Hydrogen fracturing releases energy of at least 2.5 times gasoline, and is stated as a trigger for atomic energy ('2.5 million barrels of oil per gallon of water').
• A tactical aircraft such as an F-18 or F-16 could fly 'off the atomic power of water'.
• Dealerships can be sold first-come first-served by deposit, with production units in 18 to 24 months.

Relevance: Meyer's longest spoken statement and the plainest form of his self-sustaining (over-unity) claim, with his own EPG numbers and his business terms to prospective dealers. Fills the gap flagged by the fact-finder and the QE.

Mainstream conflict: The loop claim conflicts with the energy cost of splitting water (at least 237 kJ/mol Gibbs energy in against at most 286 kJ/mol enthalpy out when the gas is burned and the water recovered) and with power = V x I accounting; the 6.25 x 10^18 'per volt' statement mixes up the electrons per coulomb; the laser-compounding thought experiment gives no energy-storage mechanism; the magnetised-gas recipe is withheld. [for the physicist; arithmetic in qe.md section 3A]

Photographs of hardware: large toroidal copper-wound ring devices (a ring of many coils around a centre plate with brass fittings and a red housing, a stacked multi-ring coil tower on a glass plate: these resemble the 'Electrical Particle Generator' shown in the newsletters), white plastic cell housings and plumbing in a storage tub (one box labelled Bosch), a rack of 'Voltage Intensifier Circuit (VIC) Grid Unit' modules with coil boards and a white cylindrical cell, a close-up of a coaxial cell mounted in a dune-buggy engine bay beside a red tank, and a macro of a circuit board with copper wire and capacitor. The watermarks give a third-party source (Gries Petty Research; RWGresearch.com; AlexPetty.com); the images carry no dates, captions or measurements. Their relation to Meyer (estate items, replicas or other) is not stated in the images. Deep read of all 39 images adds: provenance is a watermark only ('Gries Petty Research / RWGresearch.com / AlexPetty.com'; three images say 'Donated By RWGresearch.com'); the set is a compiled archive from several cameras and settings, and yellow numbered sticky notes (11-33) with one dated 'June 13, 2009' show the hardware being catalogued eleven years after Meyer's death in 1998 [memory, high]; chain of custody is unknown. Labelled hardware: a 1981 black bench instrument 'Water Fuel Cell ... Electrical Polarization Process' (volts meter 0-150, amps charge-rate meter 0-100, needles photographed near zero and about 10); a 1981 'Rotary Pulse Voltage Frequency Generator' belt-coupled to an automotive alternator; a 1982 'Hydrogen Fracturing Process / Resonant Cavity Fuel Cell' control box with a 'Hydrogen Gas Gun Assembly' switches and cell-stage switches CS1-CS4; an 11-slot rack (STEAM RESONATOR, RESONANT CAVITY 10 down to 3, GAS PROCESSOR, 12 V DC input, 'VOLTAGE INTENSIFIER (VIC) UNIT') of plug-in cards each with four coils and a 2N3055 transistor; a white ten-port resonant cell; a tubular stainless electrode pair; diode-ladder cylinders; a 'GAS MANAGEMENT (GMS) UNIT' rack; a 'LASER ACCELERATOR ASSEMBLY'; a VIC aluminium plate listing patents 5,149,407; 4,826,581; 5,293,857; 4,936,961; 4,798,661; 4,389,981; 4,613,304 ('one or more U.S. Patents apply'); a tank label 'U.S. & Foreign Patents Pending' in an engine bay (an old print); a buggy marked 'WATER POWERED'; and a 1997 'WFC Heat Resonator' (FlameLess Central Water Heating System, project 427-DA). The 1997 spiral-bound placard reads 'Proposed Packaging Concept. Now, under WFC Industrial Contract: Europe. Copyrighted (c) 1997 By Stanley A. Meyer'; the contract itself, counter-party, date and country are not shown, and the heat resonator shell and tubes were built to that design. No image shows a gas, power, temperature or flow measurement or an operating device. The shelves of binders in one image (p.34) are an unread record. OCR corrections: 'WEC' is WFC, zip 43128 is 43123, '1961' is 1981.

Key claims

• Hardware matching Meyer's descriptions exists: toroidal EPG ring coils, an 11-slot VIC/resonant-cavity rack, white ten-port resonant cells, a hydrogen-fracturing control box (1982), electrical-polarization and pulse-generator bench units (1981) and a 1997 'WFC Heat Resonator'.
• A 1997 Meyer document states a 'WFC Industrial Contract: Europe' for the Heat Resonator (the inventor's own marketing statement; no contract is shown).

Relevance: Physical record of what Meyer built; the hardware survived and was being catalogued in 2009, so it could be examined (a record not yet obtained). Third-party source (stake unknown); no performance data.

Mainstream conflict: None: photographs of hardware, no measurements.