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TernionAG: central claims (combined project)

Combines Researchers/Kassner-EEW-Ternion (Kassner/Ternion patents and press), a Ternion-Research folder (an essay and its drafts, Bauch interviews, Ternion AG register records, Paperclip material, related patents) and three secondary AI notes from Researchers/Morray-TH. Tags: [read] from the document, [calc] my arithmetic in a deep read, [memory] recalled (confidence stated). Document names point to facts.json entries.

Source gap note

  • Every Kassner/Ternion scientific claim rests on the patentee's own text. No lab notebook, experimental report, independent test, replication or biography of Kassner is in either folder, and no Ternion technical record exists (the Glarus register papers are corporate only and never name Kassner or a patent).
  • The patents are page scans: their text is OCR, and equations, tables and key numbers were checked against page images only in the deep reads (GB417501 pp.3-6, GB417564, GB483062 pp.2-7, GB448419 tables, US2089966, US2104697). Since the QE round, GB483062 pp.8-12 (no measured dimension, wavelength, power or efficiency; claims 1-35 carry no numbers) and GB417501 pp.9-12 (every example and claims 1-24; pp.10-11 on page images, pp.9 and 12 from the text layer) have been read in full. Still not read: the drawing sheets of every patent (no text). GB448418 (listed in the folder's bibliography) is not in the folder.
  • Not obtained: the German priority applications (9 Dec 1931 and 9 Mar 1931), non-US/GB/FR family members, the 17 Jul 1936 minutes of Ternion's general meetings 1-4 (a single protocol, cited on p.7 of the 1937 minutes) that justify the research-account valuation, the share register (who held the 46 shares not represented in 1937, and who lent the CHF 1.1 million), any record of who bought which patents in 1945, the Clayton and Algar history of the GEC Research Laboratories, the full Landesarchiv Glarus dossier, and any record of Universal Inventions Ltd (London) and Vibranic Ltd (Glarus).
  • Several sources are only partly readable: the IWM transcripts are automatic (Whisper) and unreliable in names and dates, IWM Bauch reel 4 and Helen Bauch reel 3 are far shorter than the recordings, and the Annie Jacobsen Paperclip book and the NARA microfilm guide were covered by digest only, plus a full-text search of the extracted text (no Kassner, Ternion or Bauch; the only Kassner is Rudolf, jet engines; the pages were not read).
  • The Guardian printout and the Feb 2017 letters with the Glarus registry were under-extracted by Step 0 and have since been OCR'd and read in full (Guardian: mainstream ultrasound commentary; letters: provenance of the register copies only).
  • Web verification has NOT been done in this step (a QE attempt also failed: search quota exhausted). Items still to check: water relaxation time (high), serum conductivity about 1.5 S/m (medium), non-thermal microwave literature (medium), electret charge ranges (low), the 1945 Goodrich/Firestone purchase beyond the clippings. Any conclusion about biological, preservation, colloid or rubber effects therefore rests on the patents' own assertions and on [memory]. The earlier single-folder reviews' web checks (water Debye relaxation, tissue dielectric spectra, non-thermal microwave effects) failed and must be retried in Steps 2-3.
  • Documents marked "secondary" (the three Morray-TH notes) are earlier AI analyses and are not primary evidence. The essay in the project folder and its drafts are also interpretive and are kept apart below.

A. Kassner / Ternion claims (from the patents, press and company records)

  1. A dipolar substance (one whose molecules have separated charge centres) has sharp "natural frequencies" between the infra-red and a few metres that coincide with its anomalous dispersion bands, for example electrolyte bands about 2 percent of the wavelength wide, serum near 90 cm (half-width under 5 percent) and water near 1.28 to 1.5 cm (GB417501 p.10 calls 1.28 cm characteristic of water, while the same family elsewhere gives about 1.5 cm for water's friction band: two values for water in one specification). [GB417501, US2089966, GB448494; the patents separate friction (Debye) dispersion, which is broad, from a "hitherto unknown" sharp resonance dispersion in conducting liquids; no spectrum is shown]
  2. A concentrated oscillating field at such a natural frequency permanently alters a substance's "energy content" beyond heating, by orienting its molecules so it becomes doubly refractive, and a substance frozen while oriented (an electret with surface charge 0.5 to 2.0 x 10^-9 C/cm^2, not 10^-8) is "richer in energy" and returns it as radiation of the same wavelength on thawing. [GB417501, US2089966, GB448494, GB417564; no energy is measured, the patents admit electrets were already known, and no electret made with the constant field alone is reported as a control. The "type (3)" frequencies are quantum "term differences": the hydrogen values 2.74, 9.25 and 27.75 cm are the hydrogen fine-structure intervals (n=2 P, n=3 P, n=3 D), 2.738, 9.241 and 27.72 cm by alpha^2 Ry/(n^3 l(l+1)) [calc], so they were calculated from atomic theory, not measured]
  3. Such exposure has practical effects: it preserves foods (fruit juices at about 40 cm and animal products at 85 to 95 cm kept for weeks against a few days; milk 28 days, veal 2 weeks, apple juice 4 months), changes colloids (gold sol at 18.6 cm turns red to orange, agar at 116 cm thins then thickens), drives vulcanisation, Bakelite and polymerisation without catalyst, makes bean seeds grow "twice as much", and at serum frequencies produces "profound effects ... in men and animals". [GB417501 complete specification, US2089966; powers 0.6 to 250 W per band; the foods warmed only from 20 to 23 C (milk), 20 to 24.5 C (veal) and 22 to 24.5 C (juice), and milk and veal stayed fresh beyond 28 days and 2 weeks only with 5 minutes of re-exposure every hour (3.2 W and 3 W); no storage temperature, sample count, spoilage criterion or untreated or off-resonance, heat-matched comparison is given for any food test, and the bean example is the only one naming a control ("similar untreated seeds", no measure); the incident energy is of the order of the observed heating; the human claim is a "may" statement]
  4. A plate pair (disc or rectangle) with a thin dipolar layer between the plates is a tunable, sharp resonator whose modes follow Bessel-zero theory, with a radius 10 cm disc at 26.2 cm. [GB417564 complete specification, GB483062: correct textbook radial-line theory; but the 1932 tuning figures used in GB417501 and US2089966 (10 cm disc at 30 cm, 6.2 cm at 18.6 cm, 39 cm at 116 cm, lambda about 3 times the diameter, gap-dependent tuning) disagree with it and with GB483062's own 40 cm disc at 32.7 cm by a factor of about 3, and the patents never reconcile them; GB483062's pp.8-12 and claims 1-35 give no dimension or wavelength that would, though claims 22-25 allow dielectric filling and spacing as tuning levers]
  5. Special valves, coaxial-tube resonators, a differential wavemeter and a polarimeter can generate, measure and apply stable, powerful quasi-optical waves, with tuning tables from 0.30 to 4.9 m and "about 40 percent" efficiency for a two-valve push-pull circuit. [GB448419, GB448417, GB448494, US2109843, GB483062; apparatus only, no effect data, tables and efficiency are the patentee's own and untested]
  6. A hand-held Tesla-discharge applicator with arc-protected spark gaps radiates ultra-short waves from 0.5 mm upward that act together with diathermy for therapy, and later lamps (a narrow discharge path, 0.3 to 1 mm, in 1938; a filament-and-rod lamp emitting infra-red plus 0.3 mm to 50 cm waves in 1951) are said to improve efficiency by exciting ultra-short oscillations or matching organic absorption bands. [GB383508, US1951731, FR732805, US2104697, US2558568; no dose, efficiency, spectrum or detection is given]
  7. Kassner's work was commercially and historically significant but obscure: in January 1945 Goodrich and Firestone bought basic electronic-vulcanisation patents based on discoveries of Dufour, Le Duc and Kassner, and in 1987 the editor of the Journal of Microwave Power wrote that US 2,089,966 showed he "foresaw both the microwave oven and the industrial electromagnetic energy applicators" while asking who Kassner was. [Del Rio News-Herald and two other 1945 clippings, Voss 1987; the clippings give no patent numbers, seller or frequency. The 1945 announcements describe the process as heating, and the 1950 Goodrich Research Center paper (Miller and Wittig, Rubber World) names the Kassner patents (US 2,089,966 and 2,109,843) in the portfolio and says they "touch on this problem somewhat", with most of the work "about 150 million cycles per second"; both are the characterizations of an interested party, the buyer of the package and licensor of the rubber field, whose stake is served by a heating-only reading, and they sit beside Kassner's own statement that his object "is not to produce a rise of temperature" (GB417501). Voss mixes a hedge, that Kassner "'sketched' (perhaps that is the key word) our subject", with a plain statement, "In truth he foresaw both the microwave oven and the industrial electromagnetic energy applicators"]

B. Ternion AG company and Bauch (documented history, not scientific claims)

  1. Ternion AG was founded on 18 April 1932 in Glarus as a holding company for "electro-physical" enterprises (CHF 100,000 capital, 60 percent Max Stoffel, 40 percent Dr. Hans Hoffmann), carried a research account of CHF 1.12 million financed by loans by the end of 1936, voted on 20 December 1937 to liquidate for "complete lack of further funds" with part of its patents already lapsed, and was deleted from the register in August 1952 with no assets or liabilities. Ownership changed: at founding Stoffel held 60 shares and Hoffmann 40, but on 20 Dec 1937 Stoffel (48) and Hoffmann (6) represented only 54 of the 100 shares, 46 were unrepresented and unnamed, and the 1952 assembly is recorded as representing all the capital with only Stoffel and his lawyer Dr. W. Keller-Staub named. [register copies, Ternion AG 1, 2, 3 and Statuten; Kassner is never named; only US 1,951,731, GB417501 and GB417564 tie his patents to Ternion; the buyers of any patents are unknown]
  2. F. W. O. Bauch did a Ternion project on UHF and decimetre techniques during a 1934 secondment from the Heinrich Hertz Institute to the GEC Research Laboratories. [one sentence in the 1996 J. Audio Eng. Soc. memoriam; his GEC stay of about 1.5 years (1934 to end 1935) is confirmed by his own IWM interview, his wife's interview and Swiss Sound 1983, but none of them mentions Ternion, Kassner or UHF work; they are silent on it, not contrary, and the interview transcripts do not show that he was asked. Circumstances that fit the memoriam sentence (consistency, not a second source): the memoriam says Bauch sold "An Improved Method of Radiation Therapy" to Marconi for 80 pounds in the GEC period (a lead for a British patent search), and Kassner described himself as a German subject resident in London in 1934 to 1936 (GB448417, GB448494, US2109843, US2104697). Status: documented in one published source (1996 JAES memoriam); no second source found yet; the other accounts are silent on it, not contrary (history, outside the physics verdict scale)]

C. Claims of the essay in the project folder (essay "High Frequency Effects on Materials", drafts, and the Morray-TH notes; kept separate from section A)

  1. Natural-frequency fields can be engineered to raise or lower the strength of covalent and ionic bonds. [essay and drafts; not in any Ternion text, whose terms are "energy content" and orientation; a 18.6 cm photon is about 6.7 x 10^-6 eV, about 3,900 times below kT [calc]]
  2. If bond energy can be lowered cheaply (Ternion's means: a resonant standing field, i.e. displacement current through the sample between plates, or radiated RF from a wand applicator; review direction, 2026-10-07; not "RF-assisted" only), a closed water electrolysis-and-burning cycle (or a "chemical heat pump", or cold transmutation in the early drafts) could yield net energy from the environment. [essay, draft 14, Morray-TH note 12; never claimed by Ternion; dG = 237.1 and dH = 285.8 kJ/mol are state functions, so a closed cycle gains nothing [calc, memory high]]
  3. Engineered binding energies could be weaponised against metabolism, and defence interests (GEC, Marconi, BAE, "black science") may have kept Ternion's work from the open record. [essay, Morray-TH note 14, the Marconi-deaths and directed-energy documents; the evidence offered is absence (no peer-reviewed papers, Bauch missing from the GEC history, no Paperclip or war-record hits) and nothing documents a link; the 1937 liquidation gives an ordinary financial explanation; the essay's claim that American General Electric owns BAE Systems is a factual error outside the physics scale]
  4. Ternion's effects are hard to replicate because the natural frequencies shift with temperature and pressure, which most experimenters do not control, and failures are written off as experimental error. [essay; the patent does name temperature and pressure (of the sample) as tuning handles, but no replication attempt of any kind is in the folders and the explanation is currently unfalsifiable without a stated tuning protocol]

Corrections to earlier (superseded) reviews found in the deep reads

  • The "10 cm disc gives 30 cm" figure and the spacing rule are in US2089966 and GB417564's provisional, not in GB417501.
  • The passage Voss cites (page 6 lines 61-71) is in US 2,089,966, not GB417501.
  • The Ternion statutes say "electro-physical", not "electro-chemical" (translation error).
  • The 1937 minutes do give reasons for dissolution; 1952 is the formal deletion; the "1958" register letter is 14 Aug 1952.
  • GB417501's application number is 32,555/32; Kassner is not named in its text; its gold-sol experiment is gold, not silver.
  • US 2,104,697 (electric lamp) is assigned to Universal Inventions Ltd, London, not Vibranic; GB483062 is a void application; US 1,951,731 is assigned to Ternion A.-G.
  • The Bauch GEC secondment is independently corroborated, the Ternion project is not; the essay's "employee of GEC" and "collaborated jointly" overstate one sentence.
  • Hydrogen "term differences" (2.74, 9.25, 27.75 cm) in GB417501 p.11 are fine-structure intervals, not unexplained numbers; the deep read's first remark that they match no known hydrogen line is superseded.
  • GB417501 deep-read OCR corrections: milk 283 and 355 cm, pastille 312 cm, charges 10^-9 C/cm^2.