Lakhovsky George · Source catalogue

The inventor's own US patent for the Multiple Wave Oscillator hardware. A high-frequency generator (trembler coil or transformer, condenser C, spark gap E, coils L1 and L2) feeds the ends of two of six concentric, insulated, split rings (a to f, each ending in small spheres forming capacities); the other rings are excited by induction. The rings can lie in one plane or on cones, spheres or paraboloids, and are mounted on a pivoting, sliding stand (Fig. 3). Stated object: send out different wave lengths simultaneously so that among them or their harmonics 'there is found almost always one or several capable of producing the best effect sought for any application whatever'. The whole theory offered is that open circuits with their own self-induction and capacity oscillate on a definite wave length when shocked by spark discharges. No wavelength, frequency, ring size, voltage, spark gap or trembler rate is given. The words medical, therapy, cancer, cell or health do not occur; no experiment or patient appears. Seven claims, all to apparatus (concentric split rings with spheres, same-plane staggered gaps, the stand, the transformer-and-coil circuit).

Key claims

• An apparatus with a series of open insulated split rings of different diameters, driven by a high-frequency spark-gap circuit, produces an electric field of high frequency containing multiple wave lengths simultaneously.
• Open circuits with their own self-induction and capacity oscillate on a well determined wave length when excited by electric impulses from discharges, so rings of different size give different wave lengths.
• Among many simultaneous wave lengths and their harmonics there is almost always one capable of producing the best effect for any application (stated without naming an application).
• Rings not connected to the circuit are excited by induction from the connected rings.

Relevance: Primary technical document for the Multiple Wave Oscillator (MWO), the apparatus on which the books' clinical reports rest. Shows what the inventor claimed to a patent office (apparatus only, no medical claim) as against the books.

Mainstream conflict: None as an apparatus description: a spark-gap exciter driving differently sized resonant rings would radiate several damped frequencies. The patent makes no biological claim, so no conflict arises from this document alone; whether any emitted frequency matches anything in living tissue is not addressed.

Posthumous companion patent. Puts the multi-wave-length elements (a primary coil with seven graded secondary coils, or frusto-conical split rings with a spark gap, or a vibrator-driven variant) inside a sealed glass tube with an Edison screw base, so that a lay user can connect it to one of the rings of the 1,962,565 apparatus. A Fig. 8 multigrid tube with variable capacitors is described but not claimed. States that embodiments of 1,962,565 'have been in use the world over' and that the inventor's work over more than 20 years led to the belief that multiple wave lengths are needed in 'many industrial and medical fields'; intended uses include 'treatment of cellular life in therapy' and 'the aging or treating of liquids'. Eleven claims, all structural; no wavelengths, frequencies, voltages, gas or dimensions, no experiment, patient or result. The assignee (Blum) is a commercial party; the patent says nothing about him or why it was prosecuted after Lakhovsky's death.

Key claims

• A single evacuated or rare-gas tube containing a primary inductance and separate secondary coils or rings of different length and capacity radiates waves of various lengths.
• The tube can be fed by induction from a ring of the 1,962,565 high-frequency field (one base terminal) or by an applied potential across both terminals (spark effect).
• A vibrator-generated spark can excite the secondary coils (claim 11).
• Multiple wave lengths are useful for therapy of cellular life and for ageing or treating liquids (intended-use statement; no data).

Relevance: Shows the inventor's late simplification of the MWO and an assignee with a commercial stake; confirms the 1,962,565 patent as the underlying system; gives Lakhovsky as deceased by the grant (death date is not in this document).

Mainstream conflict: None in the apparatus text; no numbers are given, so nothing can be calculated or tested from it. The stated 'aging of liquids' and 'treatment of cellular life' purposes are assertions only.

Lakhovsky's own late and fullest statement (written 1939-41, New York). It contains: (1) a summary of cellular-oscillation theory (chromosomes and chondromes as insulated tubular filaments filled with sea-water-like conducting fluid, driven by cosmic, atmospheric and telluric radiation); (2) the history of his 1923 two-triode 2-10 m Radio-cellulo-oscillator (geraniums inoculated with Bacterium tumefaciens, Salpetriere, with Gosset and Gutmann, Societe de Biologie 26 July 1924) and the 1930-31 Multiple Wave Oscillator (concentric circuits joined by silk cord, 10 cm to 400 m, 750,000 to 3 billion Hz, harmonics to infra-red); (3) many case histories (Mme C., J.S., Mme S., Rigaux's Roumanian colonel, Roversi's cancerous lupus, de Cigna's Vienna 1937 communication with duodenal ulcers and basal-cell epitheliomas, a 1941 New York hospital trial table and a Brooklyn urologist), including a section admitting that advanced cancers with destroyed arteries died of haemorrhage as the tumour necrosed; (4) the 'war of radiations' cancer theory: irradiated cholesterol (Roffo), radio-active hydrocarbons whose radiation destroys the lower-frequency chromosomes and reinforces the chondromes, which become neoplastic cells; (5) a skin argument for cancer after age 40-45, the 'universion' (cosmic waves) and a lead-sphere thought experiment on radium; (6) a proposal that the MWO given to parents would produce healthier children ('the Child of the Waves', three cases), with municipal pre-marital treatment, and a vision of diagnosis by television from a drop of blood. The deep read separates what cited authors (Roffo, Metalnikoff, Reding, Roussy) are reported to have found from Lakhovsky's inferences; Roffo's quoted words say only that his results 'could be interpreted as' and are 'compatible with' cellular oscillation. Added after the QE deep reads (2026-10-08) [read: deep file, sections for pp.1-48]. (a) Preface (by Presner, not Lakhovsky): states that the Venice 1934 Congress of Radiobiology and the Vienna 1937 Congress of Short Waves 'gave official recognition to Lakhovsky as the first to invent the short wave oscillator for therapeutic use', and that 'more than 50,000' short-wave therapeutic apparatus are in use. No proceedings, vote or named official is cited; the 50,000 is the count of short-wave oscillators made by American and German firms 'in line with the principle' of his single-band 2-10 m Salpetriere apparatus of 1923-24, not of his multiple wave oscillator, and Presner's own stake and the publisher's are not stated. Lakhovsky himself writes (p.10-11) that after the German work of Schliephacke (Giessen) and Esau (Jena) in 1928-29 he learned that short waves 'were a two-edged sword, sterilizing the milk on the one hand and killing the mice on the other', and gave up thermal short waves for an 'electrostatic field of all wave lengths'. (b) Lakhovsky's own Institute of Biological Physics cases Nos. 1-4 (Dec 1939-Mar 1940), chosen 'at random' by the Institute's chief of staff: a blood count appears only in No. 1 (red cells under 3 million rising to 4.8 million); follow-up one week to one month; outcomes phrased 'we believe'. Presner's own stomach-malignancy patient: 'gradual amelioration', no date or number of sessions. Dr. Postma (Groningen, letter of 3 Sept 1933): one ulcerated cancer 6 x 12 cm, 12 treatments of 15 min over a month, 'nearly cured'. (c) Case reports pp.14-29, each with its diagnostic confirmation and co-treatments recorded: Rigaux's Roumanian colonel (penis cancer; biopsy negative 1928, positive early 1931; prior radium x2, X-rays, one inguinal node excised; diabetic on insulin; silver nitrate 3 percent applied under the apparatus; a gangrenous 2 cm segment removed; Rigaux states the local condition is left 'for you to judge'; Lakhovsky saw him once in 1933); Roversi's letter of 16 June 1934 (list of 'excellent results', no numbers, no diagnostic confirmation except one kidney-stone radiograph; ends by asking for Lakhovsky's photo and autograph); Dr. H. of Brussels via Rigaux (five prostatitis cases, nocturnal micturitions 'from 25 to one or two', period unstated); Hulin (one pyorrhoea case, four radiographs, but with six sclerosing injections and calcium-chloride ionisation as co-treatment); an English lady, 1935 (leucocytes 20,000 to 5,000 in a week, 7 min daily, then surgery; post-operative temperature printed as 32.7 C); Mr. C. 'Courbe' (cerebello-pontine angle growth, Wassermann negative, no histology, 20 prior radiotherapy sessions, patient's own letter 31 Dec 1933). Internal discrepancies are listed in the deep file (Colonel T. treatment start 6 Oct vs November 1932; Mrs. S. operation dated '1939'; Gosset communication 26 July vs 26 August 1924; Vienna congress dates). (d) De Cigna's Vienna 1937 communication (Genoa; printed 'unaltered' in translation, by Lakhovsky's statement): his 'hundreds' since 1934 are all patients, mostly nervous illness he chose not to report; he limited the paper to lesions verified by photograph, radiograph or histology. The series has 5 skin cases (P.A., G.C. lost to follow-up, O.G. no histology, S.G. not reported cured, P.N. lupus), 'eight cases, all checked and verified by radiographs' of gastro-duodenal ulcer (later '18 cases'), of which five are individually dated, plus ENT, post-mastectomy recurrence, gynaecological and prostate cases. Co-treatments: in every ulcer case a diet change; in P.G., R.A. and Father N. all other medication stopped and a lemon-juice regimen that de Cigna says has given him 'immediate results' for years; nasal reflexotherapy or Bonnier cauterisation for constipation (R.A., D.F.). Only P.G. has a post-treatment radiograph quoted ('I do not find the penetrating niche... certain small irregularities persist'). His caveats: 'While six cases are not sufficient, and the time elapsed is too short to speak of a positive cure...' and, on mechanism, 'The oscillatory factor... certainly has the most significant value, but for the moment, we cannot completely prove it.' No adverse event is recorded in any de Cigna case. (e) 'Why advanced cases of cancer cannot be cured' (pp.41-43): Lakhovsky describes 'three failures' in 'innumerable treatments' and Rigaux two more; all five died of haemorrhage. Two Saint-Louis patients (neoplasm of tongue and mouth with nodes, Dec 1931) each had four sessions, improved (softer nodes, could eat), and were found in bed with a severe haemorrhage when Lakhovsky arrived for the fifth, dying shortly after; 'Captain H.' (Val-de-Grace, referred by Prof. Chaumet, Nov 1931; 8-10 kg thoracic 'cauliflower' tumour) had two 15-minute sessions a week for about six weeks, the tumour necrosed rapidly and pieces 'the size of a new born baby's head' were detached at dressings, and he died 'of a terrific hemorrhage' in January 1932; Rigaux's two throat cases died after the fourth treatment ('By a singular coincidence the hemorrhage and death always followed the fourth treatment'). Lakhovsky's explanation: arteries already cut by the tumour were freed by necrosis. The same book says (p.30) that no user 'has mentioned an accident, nor have there been any contra-indications' and (p.41) that treatment durations are 'purely arbitrary, since these radiations... do not produce organic disturbances, whatever the duration'. (f) New York hospital table (1 July-21 Aug 1941, 19 rows, every row reports some improvement, number of treatments 3-14, no session length or follow-up) and seven case histories (four end 'did not return'; table and histories disagree on counts and initials; case C.P. has an examination dated 7 Oct 1941, after the table's end date); a Brooklyn urologist who bought a machine about six weeks earlier (8 named cases plus six prostate cases; S.B. bladder carcinoma is the only case with cystoscopy before and after, three weeks apart). The hospital's own report is withheld pending presentation to the New York Society of Physiotherapists. Each patient row does carry a result, which corrects any statement that the table has no outcome record. (g) p.48 operating data: AC mains only, 110 or 220 V, 42 or 50 cycles, 'only use 2 to 4 amperes' (220-880 VA, input not radiated power), three power positions, transmitter and receiver 1.30-1.50 m apart with the patient between on a non-metallic seat, 5-12 minutes per treatment, advise stopping after the fourth treatment (about 15 days) and pausing 2-3 weeks. The seller named in the footnote is Laboratoires Colysa, Paris (a stake in the sale).

Key claims

• Cancer is caused by a disturbed oscillatory equilibrium of cells, a 'war of radiations' between cellular radiation and foreign radiation from radio-active hydrocarbons or microbes.
• Radiation above yellow light (violet, UV, X, gamma) is 'malevolent and cancerogenic'; radiation below (red, infra-red, hertzian) stimulates cell division.
• Roffo found that mice fed irradiated cholesterol developed internal tumours in more than 55% of cases against none in controls (reported by Lakhovsky; no counts, strain or dose given).
• The Multiple Wave Oscillator has cured serious diseases including cancer since 1931, with no contra-indication or accident ever reported, because its radiations are electrostatic and do not heat tissue.
• The oscillator emits all fundamental wavelengths from 10 cm to 400 m (750,000 to 3 billion Hz) plus harmonics to the infra-red, so every cell finds its own frequency.
• Cancer arises after about 40-45 because aged skin lets radiation through; the oscillator draws skin cells together again.
• Radioactivity is driven by cosmic 'universion' waves: radium inside a 25 m lead sphere would lose its radioactivity because cosmic rays penetrate at most 11 m of lead.
• Treating prospective parents with the oscillator would give children free of hereditary 'oscillatory' defects.
• Five patients with advanced cancers of the tongue, mouth, throat or thorax died of haemorrhage after four to about twelve treatments (three in Lakhovsky's account, two reported by Rigaux), which Lakhovsky attributes to necrosis of the tumour freeing arteries the tumour had eroded.
• Among the 'hundreds' of patients de Cigna treated with the oscillator since 1934, none suffered 'the slightest accident' (Lakhovsky's summary of de Cigna; de Cigna's own printed text records no adverse event in the cases he reports).
• De Cigna reports eight radiographically verified duodenal or gastro-duodenal ulcer cases (later 18) improved or cured, but states that six cases are 'not sufficient' to speak of a positive cure and that the oscillatory mechanism cannot be 'completely proved'; the same patients had a lemon-juice regimen, a diet change and in several cases other medication stopped.
• The 1941 preface states that the Venice 1934 and Vienna 1937 congresses officially recognised Lakhovsky as the first to invent the therapeutic short-wave oscillator, and that more than 50,000 short-wave therapeutic units are in use (no proceedings or source cited; the units counted are single-band short-wave sets by other makers).
• The multiple wave oscillator draws 2 to 4 amperes from a 110 or 220 volt AC supply and is used with the patient 1.3-1.5 m from the transmitter for 5-12 minutes per session (p.48; the only electrical figure for the apparatus in the record).
• A 1941 New York hospital trial (19 patients, mostly arthritis, 3-14 treatments each) and a Brooklyn urologist's 14 patients reported improvement in every row (anonymous sources, results relayed by Lakhovsky; no control group, hospital report withheld).

Relevance: Central primary text for the cancer theory, the MWO claims and the clinical reports. Provides the wavelength numbers, the case histories, the cited third-party confirmations (Roffo, Metalnikoff, d'Arsonval, de Cigna) and the inventor's own admitted failures and doubts ('for the moment, we cannot completely prove it', quoting de Cigna).

Mainstream conflict: Strong: cells as LC circuits driven by cosmic radiation; dependence of radioactive decay on cosmic rays (no measurable effect from shielding; deep-underground sources keep their activity); the age-45 skin-screen explanation; the carcinogen picture (mainstream accepts UV and ionizing radiation as carcinogens but not by 'frequency interference'); 48 chromosomes (the accepted count in 1941, 46 since 1956); heredity by oscillation; 'no contra-indications' as the sole safety evidence. Additional (QE update): the 'no contra-indication' and 'not the slightest accident' statements sit beside five post-treatment haemorrhage deaths in the same book; the clinical series lack controls and have co-treatments (lemon juice and diet, silver nitrate, insulin, sclerosing injections, prior radium and X-rays, surgery) that confound the attribution; the priority and 50,000-unit claims have no cited source.

The inventor's founding text for cellular oscillation theory, in two layers: Lakhovsky's translated text, and interleaved commentary by a channeled editor ('Hatonn') who also promotes products (Drias/Gaiandriana, Gaialyte, OxySol, colloidal silver and gold) and by a technically minded 'E.Y.' editor. Lakhovsky's text: instinct and migration explained by radiations (pigeon experiments, bats, glow-worms, Fabre's moths), living cells as oscillating circuits (nucleus filaments with capacity and self-inductance, sheath of cholesterol/plastin; Corynactis viridis estimate: radiation 'in the infra-red', half-wave rule lambda about 2 x filament length, with no numbers printed); disease as oscillatory disequilibrium caused by microbes (heterodyne analogy, typhoid/coli electrophoresis experiment attributed to unnamed biologists); the 1923-25 Radio-cellulo-oscillator and cancerous-geranium experiments (Societe de Biologie 26 July 1924: Pelargonium zonatum, 3-hour exposures, necrosis from day 16, 16 untreated controls kept growing tumours; later a plain 30 cm copper spiral around plants, Jan-Mar 1925, plant 1.40 m after three years); a mineral/globulin theory of cancer after age 40-50 and irradiated-cholesterol (Roffo, 55% of rats with sarcoma); fever and the fusion of the nuclear membrane; sterilisation of water by silver circuits (d'Arsonval, 15 April 1929; B. coli 1,128,000 per cm3 to zero in 25 hours); cosmic rays, 'universion', sunspots and wine vintages; a soil-and-cancer study of Paris districts (cancer density per 1,000 low on sand and gypsum, high on plastic clay) and water/cancer arguments; open oscillating circuits (collars, belts) with Attilj's six patients (Florence, May 1928); an origin-of-life scheme (oriented molecules in 3-micron droplets, Earth's rotation bending the filament); heredity by nuclear wavelength; the 'infinitesimal energy' argument (Australia-to-Europe radio); a worked supposition of a microbe mineral ratio 40 versus 29; the threefold principle 'Life is created by radiation, maintained by radiation, destroyed by oscillatory disequilibrium'; and a hope for a 'mechanical eye' to detect vital oscillations. The Hatonn close (p.67) asserts that Lakhovsky's theories are 'proven beyond any shadow of doubt' and cites Dr. G. W. Crile; this is editor text, as is the 'Oceanios/Shan' remark on p.60. The promised Appendix is not in this PDF. Added after the QE deep reads (2026-10-08) [read: deep file sections pp.5-16 and pp.35-37/57-59]. (a) Pigeons and radio stations (pp.5-6). Lakhovsky reports, as an observation that 'came to my notice', that on 2 July 1924 pigeons released near the aerial of the Paterna radio station (Valencia) during transmission circled disorientated; the trial was repeated under 'the control of the Spanish military authorities' (the year '[in 1925]' is an editor's bracket) and on 7 November 1926; a 'Spanish scientist, M. J. Casamajor' wrote a 'detailed report' (no title, journal or date given); the military pigeon station lay about 8 km from the transmitter; birds were released one at a time every three minutes during continuous transmission lasting over half an hour, all circled, a change of wavelength did not restore orientation, and 'barely a few minutes after the transmission was over' they flew straight home, including birds from the first run. German technicians at Kreuznach (March 1926) put the dove-cot and station on opposite sides so the station lay on the homing line; birds lost bearings near the aerial and recovered outside 'the intense electromagnetic field'. Not given: number of birds, power, frequency, how disorientation was scored. This is one published account in Lakhovsky's own book reporting others' work; the Casamajor report is not in the folder. His reading is a separate statement: electromagnetic induction on the semicircular canals, which he calls a 'radiogoniometric receiver' (the canal fluid is called insulating and conducting within a few lines). (b) Duck-wing electrometer (p.10): shaking a duck's wing before a radium electrometer, the experimenter standing on two 2 cm ebonite discs, he measured 'approximate tension of 600 volts' (one value, no repeats); the text then assumes about 25,000 V from wing friction for a flying bird without explaining the factor of about 40. (c) Bombyx test (p.9): after a female oak-bombyx lay overnight on a cotton-wool leaf, males came to the leaf placed about 5 m from her; dipped in pure alcohol or corrosive sublimate it no longer attracted them, which he reads as sterilisation of radiating cells rather than removal of odour (no count, no other control; reported in the first person without place, date or number of males). Fabre's bell-glass experiments, from which he departs, were read by Fabre as olfaction. (d) Silver-spiral sterilisation (pp.35-36): an abridged 'Note' presented by d'Arsonval to the Academie des Sciences on 15 April 1929, with M. Sesari of the Pasteur Institute. Experiment I: B. coli 1,128,000 per cm3 in three vessels; control 43,680,000 after 25 h; 7 flat silver spirals (119 cm2) gave 73,600 at 18 h and 0 at 25 h; 9 round spirals (72 cm2) gave 171,200 and 0 (control at 18 h blank; one pair of vessels, no repeat; shapes differ as well as areas). Typhoid bacillus: 'same results', slightly slower, no numbers; 'platonix' alloy: same, no numbers. Experiment III: the water sterilised in Experiment I was re-seeded with B. coli without silver in three glasses: untreated 12 colonies, heated at 101-115 C 13, Chamberland-filtered 1,474, against a control of 946 (titration 10^-1 cm3, control not defined). Lakhovsky reads the survival of the effect through heat and its loss on filtration as an 'immunizing effect' of the dead bacteria and a physical rather than chemical action; the note gives no assay of dissolved silver and no inert-metal control, so the data as printed do not discriminate that reading from released silver ions or from cell debris. He states that silver's bactericidal action 'has been known for some considerable time'. His patents on silver sterilisation are listed in sites.md. Fouling by a calcareous and organic film stops the effect. (e) Copper spiral and geraniums (pp.37, 57-58): geraniums inoculated 4 Dec 1924; a 30 cm open copper spiral (circumference 0.94 m, so a half-wave resonance near 1.9 m, the '2 metres' he states) placed in January 1925; controls all dead by 30 Jan 1925; treated plant's tumour fell off by end Feb 1925; photographed 23 March 1928 at 1.40 m. The treated group is one plant 'taken at random'; the number of controls is not stated; the two accounts (pp.37 and 57) differ in detail. (f) Attilj, Florence congress of radiologists, May 1928 (p.58): six patients with collars, bracelets and belts (five cancer: epithelioma of mouth floor age 78 with metastases; recurrent sarcoma of the hand age 25; recurrent sarcoma of the right breast age 28; epithelioma of genital organs age 60; post-operative pain with scar metastases age 40; and one 120 kg woman with lumbar pain who was better in three days). Reported by Lakhovsky from Attilj's report: diminished pain, 'progressive resorption of lesions', softening of induration within weeks; no histology, measurements, concurrent treatments or durations; Attilj himself calls the series 'only the beginning'. (g) Lunar phase (p.59): an unnamed Paris hospital professor with weekly weight, blood and pressure checks found improvement stood still for about eight days in all patients, and found on consulting the calendar that this coincided with full moon (no counts or values given). Soils (p.59): patients wearing circuits who live on 'highly conducting' soils (Grenelle, Javel, Auteuil, Neuilly) responded rapidly, those on 'insulating' soils (Dauphine, Champs-Elysees, Gaillon, Monceau) more slowly, from which he draws the 'paradoxical conclusion' that circuits make the worst soils the best (no counts or soil measurements). The Hatonn and E.Y. layers on these pages are not Lakhovsky.

Key claims

• Every living being emits radiations, and every living cell depends on its nucleus, whose twisted insulated filaments act as oscillating circuits with self-inductance and capacity.
• A cell's wavelength is set by its filament length (lambda about twice the length) and lies in the infra-red; cosmic radiation of all wavelengths supplies the energy.
• Disease is oscillatory disequilibrium; a microbe acts on a cell like a small heterodyne generator, forcing its frequency, and the cure is radiation of appropriate frequency rather than killing the microbe.
• Short-wave radiation from his 1923 oscillator (2 m, 150 MHz) caused necrosis of cancer-like crown-gall tumours in inoculated geraniums within about 16 days, against 16 untreated controls that kept growing.
• A plain open copper spiral around inoculated geraniums reproduced the cure by filtering cosmic radiation.
• Cancer incidence follows the electrical conductivity of the soil and local water (high on conducting clays, low on insulating sands).
• Cancer is a disease of cells whose capacity is altered by metal-rich globulins and irradiated cholesterol after about age 40-50; the cancer cell has a different frequency.
• Silver and other metal circuits in contact with water sterilise it by altering the microbes' oscillation (d'Arsonval communication 1929).
• A cell's species and heredity are fixed by its nucleus's vibration wavelength.
• Cell oscillation needs only infinitesimal energy, as a distant radio receiver shows.
• Homing pigeons released near an operating radio transmitter circle disorientated and fly straight home within minutes of the transmission stopping (Paterna, Valencia, 2 July 1924, repeated under Spanish military control and on 7 November 1926; Kreuznach, March 1926; Lakhovsky reports these, he did not run the Paterna trials).
• Insects and birds find their way by radiations they emit and receive, the bird's semicircular canals acting as a radio direction-finder; males of the oak-bombyx are lured by cell radiation, not odour, because a leaf dipped in alcohol or sublimate stops attracting them.
• Shaking a duck's wing before an electrometer, with the experimenter insulated on two 2 cm ebonite discs, gave about 600 volts of static charge, showing that flying animals charge themselves.
• Silver spirals sterilised B. coli suspensions (1,128,000 per cm3 to zero in 25 hours against 43,680,000 in the control); water so treated kept its inhibiting effect after heating to 101-115 C but lost it after Chamberland filtration (12, 13 and 1,474 colonies against a control of 946).
• Professor Attilj reported to the 1928 Florence congress that collars, bracelets and belts reduced pain and induration in five cancer patients and gave 'progressive resorption of lesions' in the recurrent sarcomas.
• Treatment response was stalled for about eight days at full moon, and was faster in patients living on conducting soils (Grenelle, Javel, Auteuil) than on insulating soils (Gaillon, Monceau, Champs-Elysees).
• Neighbouring Thiais (3.36 cancer deaths per 1,000, Seine water from Alfortville) and Orly (0.36, local wells) lie on the same Brie limestone; with Dr. Simeray's village (Academie de Medecine, 15 March 1927), free of cancer on its own wells and with cancers after a distant supply, this is offered as showing that water with electrical constants foreign to the local soil causes cancer (p.55).

Relevance: Primary statement of the cell-as-circuit model and the geranium experiments that started the programme; supplies the only (qualitative) wave-length estimates for the cell, the soil/cancer data, and the cosmic-ray energy argument. Because of the Hatonn/E.Y. layers, any quotation must be attributed to the right voice.

Mainstream conflict: Strong: filament-as-resonator at micron scale with no measured L, C or conductivity; cosmic radiation as the cell's energy source (and the 7 m lead objection answered by redefining 'cosmic waves' to include radio atmospherics); frequency (not charge or chemistry) as the difference between pathogenic and harmless bacteria; soil conductivity as the dominant cancer factor; Earth's rotation as the origin of cellular shape. Parts echo mainstream ideas (electrophoresis of bacteria, silver's bactericidal effect, Roffo-style UV carcinogenesis). Additional (QE update): the radio-pigeon observation is a different matter from Lakhovsky's mechanism, since later literature on man-made electromagnetic noise and bird compass orientation is a related observation class (to be web-checked by the arbiter, not asserted here); the silver result has a conventional chemical reading (the oligodynamic action of silver [memory, high]); the moth test uses alcohol, a solvent that can also remove odorants; the lunar and soil statements are unquantified anecdotes.

A secondary popular account (not by Lakhovsky) that retells his theory and gathers reports: the cell-filament oscillator model, the oscillating-circuit collars and belts with 1928-29 practitioner letters (Perineau, Sister Marie de l'Annonciation of Deauville, Vaccaro, Cincin, Barinque, Barthe de Sandfort, Araujo in Montevideo, Attilj in Rome), the Multiple Wave Oscillator chapter (concentric silk-linked circuits, 'all fundamental wave lengths from 10 cms. to 400 metres' i.e. 750,000 to 3 milliard per second, harmonics toward 1-300 trillion), and cancer case reports (Mme C., 68, rodent ulcer, Hospital St. Louis from 8 Sept 1931; M.M., 80, naevo-carcinoma from 9 Oct 1931; Mme S., 82, epithelioma of the cheek, Calvaire, 26 April to 12 May 1932; J.S., 61, basal-cell carcinoma from 13 Oct 1931), a goitre case (11 Jan to 4 March 1938), prostate cases (de Cigna, Rigaux), animal reports (horses, dogs, cats, a parrot) and a 1941 New York hospital trial. The deep read lists internal discrepancies between this booklet and the 1941 book, e.g. Mme S.'s cure is 'after only three weeks' in the booklet but 16 to 35 days depending on endpoint (35 days in the 1941 book); the Fig. 8 caption contains both 'three months' and 'six months'; the booklet states 'without exception all the patients ... have remained well' whereas the 1941 book admits some failures and negative results. 'No contra-indications' is stated as 'never reported', not as a tested safety result. Added after the QE deep read of pp.9-24 [read: deep file sections 12-19]. Animals: P. Fournier-Ormonde (Institut Physiologique de la Croix Blanche, Vaucresson) fitted seven horses with collars (80-85 cm) and reports brighter eyes, glossier coats, 'full of beans' behaviour and, from blood analysis (full count, viscosity, haemolysis, ions, cerebro-spinal fluid, spectroscopy), more red corpuscles and lower viscosity, with no values, n or controls given; the originals are said to be in Lakhovsky's L'Oscillation cellulaire (1931). Also a 24-year-old stallion 'rejuvenated', the filly Ballerina (placed second of 21 after a year of poor form; owner had backed her), a fox-terrier cured of a scar by Mercurin of Cannes, a Brisbane vet's dog in January 1940 (previously treated unsuccessfully; improved in 3 days), and cats and a parrot without cases. The booklet answers the placebo objection (p.15) by arguing that plant and animal results cannot be auto-suggestion; the argument does not reach the owners', trainers' and vets' judgements, and animal items have no controls (the plant plates show untreated controls). A crossover inside the booklet: Dr. D. Marcus (16 March 1928) relapsed into insomnia when his wife borrowed the collar and slept normally again when he resumed. Attilj (Florence congress, May 1928): C.T., 25, relapsing hand sarcoma (bracelet from Nov 1927; 'almost completely disappeared' in two months); M.A., 28, relapsing right-breast sarcoma (waist circuit, Dec 1927; 'no longer palpable', pain ceased); E.S., 40, post-amputation tingling and arm oedema relieved; M.H., 61, obesity with lumbar pain, pains gone in three days. Cases 1 and 2 had earlier surgery (and X-rays in case 2); no histology; at most about six months of observation. Araujo (Montevideo, 1 May 1931): over 300 patients, no case list or success rate (full report said to be in Rigaux's 1932 monograph); he himself recovered from a laryngeal infection by wearing a collar; non-responses are explained after the fact by a latent infection. The technique ('every 4 days, 5-15 minutes') and the contra-indications (acute phlebitis; negative results in cardiac asthma) belong to the Gentile report (Medicina Nuova XXVI no.5, 1935), not to Araujo's section. Dr. Francis (Frinton-on-Sea, 16 April 1940): a 40-year ear specialist reports 'many striking results' in deafness, but gives no audiograms or numbers and describes only a paralysed patient who regained bladder control. The booklet itself says Lakhovsky died in New York in 1942 aged 73 [read: p.11].

Key claims

• The Multiple Wave Oscillator has been used since 1931 in most European countries and America for many diseases including cancer, with no harmful effects ever reported.
• Mme C. (68, biopsy-confirmed rodent ulcer) was treated from 8 Sept 1931 and the ulcer had completely disappeared by 19 Nov 1931.
• Mme S. (82, epithelioma of the cheek, previous surgery and radium) was cured within a few weeks from 26 April 1932.
• A middle-aged woman's exophthalmic goitre of 11 years disappeared in seven weeks from 11 Jan 1938.
• Open oscillating circuits worn as collars and belts relieved rheumatism, phlebitis and other conditions, and symptoms returned when a collar broke.
• Circuits also improved ailing horses and other animals (Fournier-Ormonde and other reports).
• Seven horses fitted with oscillating collars showed more red corpuscles and lower blood viscosity (P. Fournier-Ormonde; no values, number of control horses or statistics given).
• Because plant and animal results cannot be auto-suggestion, the effects of the circuits are 'objective' and not psychological (the booklet's reply to the placebo objection).
• Professor Attilj reported at the Florence congress (May 1928) that a relapsing hand sarcoma almost completely disappeared in two months and a relapsing breast sarcoma became impalpable with a bracelet or waist circuit.
• Dr. Araujo (Montevideo, 1931) treated over 300 patients with oscillating circuits and reports cures or great improvement across many diseases, with non-response attributed to latent infection.

Relevance: Gives the clinical reports in the form most widely circulated today; the practitioner letters are the main primary-witness material for the collars and belts. Because it is secondary and promotional (a later publisher disclaims accuracy as treatment), its figures are checked against the 1941 book.

Mainstream conflict: Case reports are uncontrolled, selected and mostly decades old; regression of skin cancers after radium or X-rays and biopsy-diagnosed lesions could have other explanations, and no randomised or controlled trial is described. The claim that electrostatic radiation cannot burn tissue conflicts with the visible brush discharge in its own Fig. 3. The cell-oscillation theory conflicts with mainstream biology as under the 1941 book. Additional (QE update): the 'objective, not psychological' argument is answered by animal reports that are owner- or vet-reported, unblinded and uncontrolled; the Attilj tumours had prior surgery or X-rays and no histology.

SECONDARY source, by an applicant with a commercial and legal stake: a patent application for golf-club shafts and putters tuned by golden-ratio (phi) geometry to 'modify subtle energy fields', with long background essays on piezoelectricity, Platonic solids, fullerenes, the Great Pyramid and bioinformation. Only paragraphs [0056]-[0058] and [0109]-[0113] concern Lakhovsky: the applicant summarises him as having developed the Radio-cellular oscillator in the early 1920s (geraniums with cancer), a 3 m-to-infra-red electrostatic field, the 1931 Multiple Wave Oscillator, a theory of cell oscillation and oscillatory shock, and having 'treated and cured a number of cancer patients' until his death in 1942 (cited 'Lakhovsky, 1939'); and as inspiration for a 'polychromatic' healthy-spectrum idea (Prigogine, Mae-Wan Ho) in which multiwave oscillators appear beside sunlight, music, tuning forks, chanting and prayer. Rife (1930s) and Priore (1960s, citing Bearden 1988) are named as inventors of similar equipment. The application cites no reference list and describes no experiment on Lakhovsky's apparatus; the statements are the applicant's characterisation.

Key claims

• Lakhovsky treated and cured a number of cancer patients until his death in 1942 (applicant's statement, citing Lakhovsky 1939).
• Lakhovsky predicted in the 1920s that cells act as electrical resonators (cf. Frohlich's roughly 100 GHz membrane oscillations).
• If Lakhovsky, Rife and Priore were right, equipment that corrects the electrical derangement of cancer cells can be beneficial in some cases (conditional statement).
• A healthy organism's spectrum is polychromatic; illness involves missing or excess frequencies, and multiwave oscillators are listed among treatments supplying missing frequencies.

Relevance: Documents how Lakhovsky is cited in the later 'frequency medicine' literature and links him to Rife, Priore, Bearden and Ho. Not evidence about his work.

Mainstream conflict: The surrounding application (phi-tuned putters altering 'subtle energy fields') lies outside mainstream physics; the Lakhovsky passage itself is a summary and carries no new data.