Handwerker-Roberto: Arbiter (Step 3)

Inputs: facts.json, claims.md, physicist.md, mathematician.md, contrarian.md, deep/ reads (via the reviewers), sites.md, research/ notes. Tags: [read] project document, [web] URL, [memory] with confidence, "calc" = recomputed by me in the project venv (numpy). Verdict scale as in Step 2.

Source gap (repeated). The three central works are readable (Handwerker's March 2011 L.M.D. paper, TESLA-THEORY-2.pdf pp.5-23; two water-antenna decks; the Tesla-excerpt compilation) and the Investigator recovered the 2010 deck and the Arbab-Satti (2009) paper. NOT obtained and not read: Handwerker's "appendix" and reference [12], the E-book "L.M.D. waves and quaternions" (the likeliest place for the missing derivation), the 41-page Verona deck (first pages only), the sailboat deck, his YouTube videos (channel HorizonDelta deleted; one 2016 re-upload not watched), his Heos articles, and any raw measurement. No document contains a measured value for the water antennas. The 208-page bundle contains about 185 pages of third-party Tesla material read by digest only; it is context, not Handwerker's evidence. Conclusions about the experiments rest on the inventor's own reports; conclusions about the mathematics rest on the printed equations, which two reviewers re-read from page images.

1. Where the reviewers stand, in one paragraph

All three agree on the core: the effects Handwerker reports (neon tubes lit, a plate charged, a motor run, lamps lit in water) are what a strong, mostly electric, partly radial reactive near field delivers by capacitive coupling; his tests were all at 0 to 2.5 m where lambda/2pi = 17.3 m (calc: x/(lambda/2pi) <= 0.15), and he states no prediction that separates his "L.M.D. wave" from that near field. They agree that his quaternion argument adds nothing by notation, that his cited source (Arbab and Satti) itself says "Maxwell equations are still exact and need no modifications" [read], and that the second half of his material (Tesla's newspaper statements) is borrowed authority. They differ mainly in labels for the strong forms, and in the Sun-potential line.

2. Numbers recomputed where reviewers differed or I could

3. Claim-by-claim

Claim 1. A Tesla coil emits longitudinal L.M.D. waves, distinct from T.E.M., that carry usable power

Agreement: weak form (strong, mostly electric, radial near field that lights tubes and powers small loads capacitively) is textbook. Strong form has no equation, no fall-off law, no wavelength, and no control that separates it from the near field. Handwerker's own conclusion (p.21) says the Sigma wave "does no work ... without converting EM energy into neither mechanic nor heat" [read], while his experiments credit the field with lighting tubes and running a motor.

Disagreement: for the strong form the physicist and contrarian say Never properly tested; the mathematician says Refuted by calculation and Never properly tested.

Which argument is stronger. Both are right about different objects. If "L.M.D." means a free longitudinal E wave in charge-free space, Gauss's law (div E = 0) excludes it; I confirmed the pieces: a plane wave E0 cos(kx - wt) x-hat has divergence not equal to zero, and the allowed longitudinal solution (E = -grad(Psi)/eps0, B = 0, rho = -f'', J = rho c) needs real charge density moving at c, with zero Poynting vector (checked by hand: Gauss and Ampere residuals vanish, and it satisfies the Arbab-Satti constraints (26)-(27)). But Handwerker never defines L.M.D. as that object; he defines it by a picture (Fig.6). A claim with no definition cannot be refuted by calculation, only shown to be undefined. As an experimental claim ("power reaches the receiver by something other than ordinary near-field coupling") it is testable and has never been tested with a discriminating control. He did test; the tests simply cannot discriminate. The contrarian's observation that the effects are real and reproducible, and that capacitive power transfer is a genuine engineering field, is correct and is kept: MIT's 2007 resonant-coupling demonstration lit a 60 W bulb more than 2 m away [web: https://news.mit.edu/2007/wireless-0607] (that is magnetic resonant coupling, a cousin, not the same mechanism).

Final verdict (split): - Weak form (near field mainly electric, radial, power delivered by capacitive coupling): Established. Support is textbook theory; his own data are consistent with it but un-normalised and uncalibrated, so they add little. - Strong form (a distinct longitudinal wave beyond T.E.M. and the standard near field carries the power): Never properly tested. Not dismissed after testing; ignored. Qualifier: if read as a charge-free vacuum longitudinal wave, it is Refuted by calculation (Gauss's law); if read as Arbab-Satti charge moving at c, it needs sources that a coil does not have.

Nearest published test of the idea: Monstein and Wesley, Europhysics Letters 59(4), 514-520 (2002), a ball-antenna experiment; Bray and Britton commented (EPL 66, 153-154, 2004) and Monstein and Wesley replied (EPL 66, 155-156); Rebilas (EPL 83, 60007, 2008) argued the signal was ordinary T.E.M. waves carried by earth currents [web: https://epljournal.edpsciences.org/10.1209/0295-5075/83/60007 , https://epljournal.edpsciences.org/10.1209/epl/i2003-10144-9 , https://epljournal.edpsciences.org/10.1209/epl/i2003-10145-8; abstract level only, full texts not read]. Handwerker does not cite it. Kept in the record: a refereed attempt exists, it was disputed on conventional grounds, and the dispute was by a critic's reanalysis, not a replication.

Claim 2. Heaviside-Gibbs Maxwell is incomplete; the quaternionic form with Sigma (J = grad Sigma) predicts scalar dielectric fields and longitudinal waves at c

Agreement (all three, and I checked against the printed equations): quaternions vs vectors is a change of notation and adds no solution; Handwerker's equations (1)-(2) are correct but weaker than Maxwell (no Gauss law, so they admit a longitudinal vacuum solution); eq.(5) becomes an identity once (6)-(7) are assumed (circular); "gauge transformation" (3)-(4) alters sources, which a gauge transformation never does; E = grad(phi) is wrong (needs the minus sign and dA/dt); the symbol list has wrong units; "does no work" contradicts the experiments.

Provenance (settled by the reviewers' reading of the source): Handwerker's Sigma comes from Arbab and Satti (Progress in Physics vol.2, April 2009, University of Khartoum and Omdurman Ahlia University). J = grad Sigma follows there from their added equations (26) grad(rho) + (1/c^2) dJ/dt = 0 and (27) curl J = 0, which are not consequences of Maxwell's equations and which a static charged body and a closed current loop violate. The source's authors state Maxwell "is still exact" and call for experiment. "Maxwell is incomplete" is Handwerker's reading, not his source's. The unit "Henry" for Sigma is inherited from them; from J = grad Sigma the unit is A/m.

Disagreement: only on labels for the Sigma construction (physicist: Never properly tested; mathematician and contrarian: Internally inconsistent).

Ruling: both are correct about different layers, and I split rather than pick. Handwerker's presentation is Internally inconsistent (circularity, misused "gauge", "no charge present" against rho = -Sigma-dot/c^2, "no work" against his lamps). The Arbab-Satti extension, taken as a physical addition, is a consistent set of equations for a restricted class of charge-current patterns (charge moving at c), which my check shows is already a solution of ordinary Maxwell theory; as a new field of nature it has no measurement either way.

Final verdict (split): - "Vector notation is incomplete; quaternions reveal missing waves": Refuted by calculation. - Sigma construction as presented by Handwerker: Internally inconsistent. - A physical scalar Sigma field as an addition (Arbab-Satti sector): Never properly tested. (The source cites Ignatiev and Leus 1990 as an experimental confirmation; not read, not weighed. Open.)

Claim 3. The coil's field is dielectric, not magnetic, not transverse

Agreement: mainly electric and radial in the near field is what standard theory predicts. The compass control is invalid (needle cannot follow 2.755 MHz; 5.5 million reversals per second). The ferrite-core "no difference" is asserted but only one series is plotted in Fig.3. Fig.9 (plate rotation about a vertical axis) is blind to a vertical field by geometry. The horizontal loop test is backwards for magnetic coupling. The power estimate has wrong units (dR = dx/dS is 1/m), integrates power over length, turns cos^2 into cos, and predicts a maximum where Fig.9 shows the minimum. The fitted fall-off x^-1.5 to x^-1.8 on amplitude is a near-field law; his "expected quadratic curve for waves" mislabels intensity.

Disagreement: the contrarian labels the compass sub-claim "Tested, not supported". Correction: the compass control was invalid, so nothing was tested; the right label is Never properly tested (a failed control is not a failed claim). The mathematician says the strong form is Not testable as stated; the physicist says Never properly tested. A grounded-screen test would discriminate, so it is testable in principle but his statement predicts nothing.

Final verdict (split): - Near field mainly electric, radial, probes respond to E: Established (by textbook theory; his data consistent). - Field "not magnetic": Plausible, untested in strict form (no calibrated B probe; ferrite result asserted). - "Therefore a new longitudinal wave, not T.E.M.": Never properly tested. - The power estimate (p.16-17): Internally inconsistent. - Details kept: the 2010 deck's "lamps lit while short-circuited by a copper bar": at 2.755 MHz a 0.1 uH bar has X = 1.73 ohm (calc), so it is not a zero-impedance short (Tesla's old demonstration); "f1 = (pi/2) f0" holds only if k = 0.42.

Claim 4. Displacement current is a weak explanation; capacitor plates over 1 m apart still read a capacitance

Agreement: the objection mis-states the textbook (no electrons jump the gap; displacement current eps0 dE/dt, already in his own p.7 Ampere law). A reading at 1 m is expected from stray and lead capacitance; the unit is printed "mH". The Steinmetz remark that the field fills the surrounding space is the standard picture. Final verdict: Refuted by calculation as stated (and Internally inconsistent with his own p.7 equation). The sub-point "the field fills the surrounding space": Established. The experiment (no lead-only blank) tests nothing.

Claim 5. A water vessel wired to a special generator is an antenna sending energy by longitudinal waves to a second vessel

Agreement: the decks contain no voltage, current, frequency, distance, power, control or error bar. The inference "fluids carry only longitudinal waves, water stops radio, therefore the electrical effect is longitudinal" confuses mechanical pressure waves with electromagnetic fields (light passes through water; radio is attenuated by conductivity, not converted). A water vessel is a large high-permittivity (eps_r about 80), lossy electrode; his own motor slide shows a ground plate (a return path). The Verona demonstration of 15 April 2011 is documented in one published report (Heos, a co-organiser of the event): a "burnt-out" halogen lamp lit in a basin of water with a hand in it, and a toy car moved without wires; the reporter adds that practical developments are "still too early to say" [web: http://web.archive.org/web/20110830093118/http://www.heos.it:80/Cronaca_11/0100102_Casa-senza-fili-e-mobility-autonomia-energetica.htm, via the Investigator]. It is an eyewitness-type account by an interested party and records no measurement; it shows that the effect was demonstrated in public, nothing more. Pizzuti (2013) repeats the inventor's account and adds the G-03 Argon sailboat.

Disagreement: the mathematician gives one label (Never properly tested) while the other two split weak/strong. Ruling: split. Final verdict (split): - Weak form (a high-voltage water vessel lights a lamp or runs a small motor in a connected second vessel by capacitive/conductive near-field coupling): Plausible, untested (no data; nothing contradicts known physics). One label only (QE revision): the absence of a controlled run (dry glass, no return wire, distilled vs salted water) is the reason it is untested, not a second verdict. - Strong form (longitudinal waves because water blocks radio): Not testable as stated; its supporting inference is a category error.

Claim 6. Tesla's reported statements as authority

These are newspaper reports of Tesla (1932-35), compiled by Handwerker without checking against the original papers; they are Tesla's claims as reported, not Handwerker's evidence. Tesla's statements stay in the record next to the verdicts.

• Light and radio are longitudinal "sound waves in the ether": Tested, not supported (polarisation: Malus 1808, Fresnel-Arago; Hertz). Also Historically superseded but instructive, as a reasonable 1890s ether picture. The 1934 Times passage is self-contradictory as printed (radio "of the same character as light only ... longitudinal").
• Cosmic rays at about 50 c (500 c is the reporter's): Refuted by calculation. A Newtonian fall through 2.15e11 V gives 21 c for a proton (calc), which is where such numbers come from; relativistic kinematics gives v = (1 - 9.4e-6) c. Contrarian and mathematician agree on the substance; the contrarian's label "Tested, not supported" is also true (no measured cosmic ray exceeds c [memory, high]) and is kept as a second ground. OPERA 2011, cited on his slide, was traced to a fibre-optic cable fault and an oscillator error and cleared in 2012, with ICARUS consistent with c [web: https://profmattstrassler.com/2012/04/02/denouement-how-operas-mystery-was-solved/ and news summaries via search]. His slide predates the correction, so it is not held against him as of December 2011.
• Sun at 215 GV (216 GV in another article): the reviewers differ (physicist: Refuted by calculation; mathematician: Not testable as stated; contrarian: Never properly tested). Ruling: the arithmetic is consistent (Q = 1.7e10 C, 309 V/m), so the bare number is not self-contradictory; but taken as a physical statement it fails a force balance: the field would push each proton outward with 1e8 times its weight (calc) and the surrounding plasma would shield and neutralise such a charge. Modern estimates of the Sun's net charge from gravity-driven (Pannekoek-Rosseland, Eddington) charge separation are of order 77 to 300 C [web: via search summary, https://www.arxiv.org/pdf/2509.03142 and related; my own check gives 77 C], some 8 orders of magnitude below 1.7e10 C. Final: Refuted by calculation (physically, not arithmetically); Tesla's basis for the figure is not given in any document, and that gap is stated, not hidden. The mathematician's "Not testable as stated" is the label I rejected because the physical content (a net charge and potential) is definite enough to calculate against.
• Relativity "a mass of error": Tested, not supported (time dilation, accelerators, GPS, Michelson-Morley and successors [memory, high]). A 1935 quotation is not a test.
• Cosmic-ray-powered motor (Brooklyn Eagle, 1932): Never properly tested. Tesla's 1901 US patent 685,957 "Apparatus for the Utilization of Radiant Energy" is real (filed 21 March 1901, issued 5 November 1901) and describes an insulated body connected to a condenser charged by radiation-borne electrified particles [web: https://teslauniverse.com/nikola-tesla/patent/us-patent-685957-apparatus-utilization-radiant-energy via search]; no source found says it was built and tested at power, and the 1932 motor is from an interview, not the patent. Tesla himself said in 1932 that circumstances had not allowed a large-scale device [read: deep/prophecies per contrarian].

4. Absence of evidence: the record goes dark in 2013

Facts [web/read via sites.md]: deltaavalon.com normal Jan 2011 to 31 Mar 2013; on 29 May 2013 the homepage shows religious text ("God-believers and in particular Families are under heavy attack of dark evil forces") and every PDF in /immagini/ returns 404; parked (GoDaddy) by 31 Dec 2013; YouTube channel HorizonDelta 404 by 2021; a Facebook commenter says the channel and site "disappeared in 2013"; Google shows "removed in response to a legal request" notices on Handwerker queries (Lumen notices 75850580 and 95550170 unopened, 403). A Tesla Society Switzerland copy of the 2010 deck was captured 28 Dec 2013 and is 404 now. A "Roberto S. Handwerker, Engineer" at PT S.p.A. 2016-2021 appears in a LinkedIn snippet; identity with the inventor is likely but unconfirmed.

Why it is an anomaly: a person who announced products (Xenon G-02, G-03 Argon, "DELTA Wireless Power"), lectured in public (Verona 2011), and posted 10+ documents, then deleted everything in about two months. No later paper, patent, company note or lecture exists. The product names show intent to sell.

My reading: the evidence supports none of these over the others. Silence is not a refutation and not support. A working power-transfer device would be expected to leave measurements or a patent, and it left neither; that is consistent with the effect being the ordinary near-field effect, but it is equally what any inventor who stops would leave. Also kept: the Heos articles (n.21, 32, 40 of 2010; n.1 of 2011), Scribd copies of the 41-page Verona deck and the "H2O Wireless Electricity" deck, and the 2010 edition of the L.M.D. paper have not been compared with the 2011 revision.

5. What would settle it

1. Screen test (settles claims 1, 3, 5): the same coil, probe and distances, with a grounded wire-mesh screen between coil and probe. A quasi-static near E field vanishes behind the screen; the L.M.D. claim must state beforehand what it predicts. Add a calibrated shielded-loop B probe, a detuned or coil-off run, and raw (not normalised) meter readings with the meter's frequency response.
2. Fall-off to beyond 17 m (settles claim 1): read the amplitude at 0.3-100 m. Exponents of -3 to -2 turning to -1 beyond lambda/2pi mean ordinary near field to radiation. A new wave must show something else.
3. Water antenna (claim 5): same generator with distilled water, salted water, dry glass, a metal electrode of equal capacitance, return wire removed; record voltage and current at both ends. Identical transfer for a metal electrode means the vessel is just a capacitor plate.
4. Lead-only capacitance reading (claim 4), and a unit for the Fig.12 numbers.
5. Calculation for the mathematician's open item: exhibit a realisable charge distribution that satisfies both Arbab-Satti eqs. (26) and (27) other than charge moving at c.
6. Records: the Lumen notices, Italian company registers, Heos articles, the E-book "L.M.D. waves and quaternions", Ignatiev and Leus (1990), Monstein-Wesley full texts.

6. Open questions

• Does the E-book or the 41-page deck contain an equation for the L.M.D. field? Without it the strong form stays undefined.
• Are the Fig.3 and Fig.9 numbers meter-true at 2.755 MHz? 110 mA exceeds the scale and implies about 46 kV/m (calc).
• What exactly was lit in the Verona basin: was the return path ground or the audience's capacitance? No measurement exists.
• Who requested the Google removals, and of what?
• Is the PT S.p.A. engineer the inventor?
• The Ignatiev-Leus experiment cited by Arbab and Satti: what was measured?
• What was Tesla's basis for 215 GV?

7. Corrections to earlier documents (SOURCE HONESTY, "Corrections are welcome")

1. deep/TESLA-THEORY-2-0d985e.md, sections 1c and 5: the [memory, medium] statement that Arbab-Satti do not impose the Lorenz gauge, and that imposing it removes the extra wave, is wrong. Their abstract: Maxwell's equations are derivable "from just one quaternion equation that only requires the Lorentz gauge", and "This scalar wave exists with or without considering the Lorentz gauge" [read]. All three reviewers and the Investigator agree. Do not repeat it.
2. deep section 3 ("J = grad Sigma follows from nothing"): in the source it follows from the extra constraint curl J = 0 (their eq.27, via eq.26). In Handwerker's own text the step is absent, so "asserted" stands for his paper. The weakness is better located in the constraints (26)-(27).
3. facts.json and claims.md: "Sigma [H]" unit is inherited from Arbab-Satti; from J = grad Sigma the unit is A/m.
4. claims.md claim 2: should say that "Maxwell is incomplete" is Handwerker's reading; his source says Maxwell "is still exact". "Dielectric" is his word.
5. claims.md claim 3 and facts.json: "ferrite core unchanged" and "compass still" are asserted, not shown: the compass cannot respond at 2.755 MHz, and Fig.3 plots one series. "As expected for waves" (facts key claim 8) should read "as expected for a near field" (amplitude 1/x^2 to 1/x^3).
6. claims.md claim 4 and facts: "capacitance" is printed in mH.
7. facts.json: ratio 2.755/1.810 is 1.522, not 1.527 and not exactly pi/2; printed lambda0 = 113.64 m belongs to 2.638 MHz. The paper does give frequencies (2.755 and 1.810 MHz); any copy saying "none" refers only to the water decks.
8. facts.json and deep/H2O: reference [2] is Progress in Physics vol.2 (April 2009), Khartoum and Omdurman Ahlia universities, not "Omdurman Univ." alone.
9. claims.md source gap: add the deleted HorizonDelta channel with one 2016 re-upload (qUvF-ZXejyI), missing reference [12] and "appendix", the unread E-book and Verona deck.
10. facts.json pp.164-172 ("rumoured (pi/2) c by Dollard"): a different author's rumour; unrelated to Handwerker's frequency ratio of about pi/2. (Incomplete: see section 10, item on pi/2; the bundle holds a third pi/2 with a geometric origin.)
11. physicist.md Claim 1b: "about 42 kV/m" for 110 mA should be 46 kV/m (42 kV/m is for 100 mA).
12. contrarian.md Claim 3: the compass sub-claim is "Never properly tested" (invalid control), not "Tested, not supported".
13. Stale-copy search for the orchestrator: grep the other review files and any entry for "Omdurman Univ", "by respect of the Lorenz", "follows from nothing", "1.527", "113.64", "capacitance 0.040".

8. Web checks done (8 calls, 6 spent)

Checked and retagged [web]: Monstein-Wesley/Bray-Britton/Rebilas EPL citations (abstract level only); OPERA cause and resolution; tap-water conductivity range (5-50 mS/m); Tesla US 685,957 (real, filed 1901-03-21, issued 1901-11-05; what it covers); MIT 2007 demonstration (60 W, over 2 m; the "about 40%" efficiency figure was not confirmed, one summary says roughly 50%, so I leave efficiency unstated); Sun's net charge from gravity-driven separation (77 to 300 C). Not checked: hand-in-water RF safety (physicist, [memory, medium]); the verdicts do not depend on it. Not checked: full texts of the EPL papers.

9. Final verdicts (brief)

1. L.M.D. waves from a Tesla coil: weak form Established; strong form Never properly tested (vacuum-longitudinal reading Refuted by calculation). QE revision: the paper's mechanism for the strong form (a spherical top load "cannot emit transverse waves") is Refuted by calculation as an argument; the strong-form verdict itself is unchanged.
2. Quaternionic Maxwell incomplete / Sigma: notation claim Refuted by calculation; Handwerker's Sigma construction Internally inconsistent; physical Sigma field Never properly tested.
3. Field dielectric, not magnetic, not transverse: near-field electric character Established; "not magnetic" Plausible, untested; "new wave" Never properly tested; power estimate Internally inconsistent.
4. Displacement current weak: Refuted by calculation as stated.
5. Water antenna: weak form Plausible, untested; strong form Not testable as stated.
6. Tesla as authority: longitudinal light Tested, not supported (Historically superseded but instructive); 50 c Refuted by calculation; Sun 215 GV Refuted by calculation; relativity Tested, not supported; cosmic-ray motor Never properly tested. QE revision adds: radioactivity as cosmic-ray bombardment Tested, not supported (rests on [memory, high]; see section 10); 1896 cosmic-ray priority a historical claim, not on the scale (section 10).

10. QE revision (Step 4b remediation; QE verdict MINOR)

Inputs: qe.md; the new deep reads appended to deep/TESLA-THEORY-2-0d985e.md (spherical-top argument pp.12-13; Marincic and Budimir pp.93-97; Blazevic et al. pp.89-92; Eckardt pp.164-172; Tesla testimony and Peterson pp.24-52); the 2010 deck pp.24 and 26, which I re-extracted myself (pdftotext) to confirm the QE's reading. No central verdict changes. Web calls used this round: 2 (total about 8 for me). Tags as above.

10.1 Verdict changes and additions (summary)

10.2 The spherical-top argument (TESLA-THEORY-2 p.13): the inventor's one physical mechanism for the strong form

Quoted [read: p.13, deep read section 8]: "also a spherical 'antenna' is present which cannot emit transverse waves because of its form which mathematically annuls the opposing components of the EM transverse waves, therefore only allowing the emission of longitudinal MD (Magneto-Dielectric) waves."

What the paper gives: no equation, citation, multipole expansion or symmetry argument; the only support is the "hydrodynamic analogy" (surface waves and deep pressure waves in the sea) and the later experiments, none of which removes or replaces the sphere or shields the coil [read: deep read sections 9, 12]. His own p.12-13 text calls the "antenna" the sphere "together with the secondary", so the argument treats as an isolated emitter something he describes as sphere plus coil. In the hardware the "sphere" is an argon lamp bulb, and his Fig.13/15 pancake coils are not solenoids, so even his "coil emits T.E.M. because of its solenoid form" is not carried over to them [read: deep read section 11]. The ground state of the transmitter in the Section 4 tests is not stated; his probe plate is grounded through the meter.

Ruling. There is a real kernel and it points the other way. A perfectly spherically symmetric source with fixed total charge has no radiating monopole (charge conservation; Gauss's law: the exterior field depends only on the enclosed charge), so it radiates nothing, transverse or longitudinal. What is seen near it is the quasi-static radial Coulomb field Q/(4 pi eps0 r^2), "longitudinal" only in the trivial sense of pointing along the line from the source [memory, high]. A top sphere fed through a coil is not isolated: charge flows through the coil and to ground, so the whole is an oscillating dipole with the ordinary near field (radial E included) and a transverse far field. The step "cannot emit transverse, therefore emits longitudinal" is a non sequitur. Verdict on the argument: Refuted by calculation. The reasoning is textbook, and this is the instructive point for the reader. The paper's own Fig.3 fall-off (about x^-1.5 to x^-1.8, inverse-square in his words) is what the quasi-static picture gives and does not discriminate. The claim 1 split verdict above stands; this only removes the inventor's stated mechanism for the strong form. His wording is kept in the record.

10.3 Tesla's own words on radiated versus stored energy (deep read pp.24-52) and Peterson

Source status: pp.24-46 are an undated, uncompiled-by-name question-and-answer excerpt of Tesla's testimony ("Nikola Tesla On His Work With Alternating Currents"); the case is not named on the pages (a patent suit is my guess, [memory, low], unchecked). Tesla was a party with a priority stake. Pp.47-52 are Gary Peterson, an advocate of the Tesla system who quotes the testimony. Both are single sources for their percentages; no measurement is given. They are quoted and weighed, not dismissed. - "I am not producing radiation with my system; I am suppressing electromagnetic waves ... It is not radiated; it is conserved" [read: p.46]. And, on a large self-inductance: it gives "a comparatively low frequency, which will reduce the radiation of the electromagnetic waves", and he passes "a current into the earth, because electromagnetic wave energy is not recoverable while that current is entirely recoverable, being the energy stored in an elastic system" [read: p.45]. - A 90/10 and elsewhere 95/5 split between earth-current energy and electromagnetic waves, adjustable by design; he cites Sommerfeld (1909, Annalen der Physik 28, 665-736 per Peterson ref. 6) as confirming him [read: p.46, p.52]. Not checked on the web by anyone; Sommerfeld's work and the later Norton correction on the Zenneck surface wave are [memory, medium] and should be treated as open. - Of his 1890s room demonstrations (3/4 horsepower collected "without tangible connection", lamps lit, a motor run): "It was a transmission by electromagnetic waves. The solution lay in a different direction", i.e. he judged that scheme "absolutely worthless" as power transmission [read: p.30-31]. This is the same class of room effect Handwerker offers as evidence of a non-T.E.M. wave. - Nothing on pp.24-52 uses the word "longitudinal" (searched by the deep reader) [read]. Tesla's split is radiated versus stored (reactive) or earth-current energy, not transverse versus longitudinal. If "L.M.D." is read as the reactive near field of a short, high-Q, electric-dominant source, Tesla's and Peterson's statements are consistent with Handwerker's compass, ferrite and tilt observations; they do not separate it from the ordinary near field. - Peterson's 136 kHz example is arithmetically right (wavelength 7,235 ft, quarter-wave 1,809 ft, a 90 ft tower about 5 percent of it) and his reactive/radiated field description is textbook; "the Tesla-type launching structure is specifically designed to have a poor impedance match with free space" [read: p.51] matches an electrically short source's E-dominant near field. Peterson's "reflected back from free space" is loose wording for returning reactive energy (my reading). His conclusion names two things, space waves and "ground currents and accompanying trapped surface-waves possibly similar to the Zenneck surface wave" [read: p.50]; he names no longitudinal wave. - The one place where standard theory has a field with an E component along the travel direction is the Zenneck/TM surface wave on a conducting ground [memory, medium; not web-checked]. It needs a ground interface and carries a magnetic field; Handwerker's Fig.6 wave is in air with "no magnetic component" (his p.21). It is related work, not support for his object. Tesla's own claim that the field fills a hall at uniform intensity (p.43) is qualitative recollection decades later. Effect on verdicts: none; it strengthens the near-field reading of the weak form and adds that Tesla himself classed the room effects as electromagnetic.

10.4 Related work in the bundle: Eckardt (2012), Meyl (2001), Marincic-Budimir (2001), Blazevic et al. (2006)

• Eckardt, "What are Scalar Waves?" (AIAS/UPITEC, 2 Jan 2012; author is a co-author in M. W. Evans's ECE programme, a stake) [read: pp.164-172, page images pp.169, 171]. Defines scalar waves as longitudinal potential waves with E = B = 0. Proposes (as suggestions only) transmitters of two antennas half a wavelength apart or a bifilar flat coil (US 512,340), and receivers of capacitor plates half a wavelength apart, a Faraday cage, or crystals. No measured value, frequency, distance or instrument appears anywhere. Cites Meyl's set-up (J. Scientific Exploration 15(2), 199-205, 2001) as one that "makes the claim" to use longitudinal components; he does not reproduce or endorse Meyl's data. Meyl 2001 was not read by anyone here, so it is a second claimed experiment of the family beside Monstein-Wesley, unweighed. The Dollard (pi/2)c line is "rumors ... no reliable experiments" [read: p.170], source unknown.
• Mainstream view [memory, high]: E = 0 and B = 0 means A = grad chi, U = -dchi/dt, a pure gauge that exerts no force; his energy density (Eq.13-14) is not the Maxwell one (his own Eq.12 is zero); in ECE theory the potentials are physical, which is his counter. A Faraday cage passing "only the magnetic part" has nothing to pass in his own B = 0 model.
• Comparison with the screen test (section 5): complementary, not equivalent. Mine is a discriminating control on a real near field (grounded mesh, calibrated B probe, coil-off run, claim states its prediction first). His cage is a receiver design assuming its result, ungrounded in the drawing, with no expected signal or null. Neither has been run on record. Cited here as the nearest published design of the same discriminating idea.
• Marincic and Budimir (Microwave Review, Sept 2001, Belgrade and Westminster) [read: pp.93-97, Table 1 on page image]: "Tesla's attempts to formulate a theory of wireless energy transmission proved wrong, but his apparatus built for this purpose was sound"; his "concept of energy flow (through the earth!) was misleading"; but low attenuation at ELF and an earth standing wave were borne out. Attenuation 0.25 dB/Mm at 10 Hz to 20 dB/Mm at 1 kHz; one stated antenna: 86 percent efficient at 20 kHz and 0.1 percent at 100 Hz (single secondary source, Burrows 1978). Tesla's computed frequencies 4, 6, 60 Hz and 15, 20 kHz come from the Long Island notes (Belgrade). The authors do not derive why the theory failed, and the waves they vindicate are ordinary radiated ELF waves in the Earth-ionosphere waveguide, which is mainstream physics. The authors are Tesla-sympathetic (reader's reading, not a stated stake).
• Blazevic, Poljak, Cvetkovic (Microwave Review, Nov 2006, selected from the 6th Tesla Symposium; University of Split) [read: page images pp.90-92]: a transmission-line model of a coil with a distributed source and capacitive end loads, magnification M of about 1/(alpha l) for a quarter-wave line; ordinary circuit theory, no longitudinal wave. The deep reader re-checked eq.(14) and (16) numerically and found a likely sign slip in eq.(5)-(6) that does not affect the results. The authors state "science considers this theory as fallacious" and prefer coupling to the Schumann cavity, noting its Q is too low for efficient transmission (another source cites Q above 1000). No measurement of their own. These are context for claim 1 (Tesla's practice was a high-Q reactive resonator), not Handwerker's evidence, and they are kept in the record whichever way they weigh.

10.5 Tesla statements dropped earlier (claim 6)

• "A radioactive body is simply a target which is continuously bombarded ... if this cosmic radiation could be wholly intercepted, radioactivity would cease" (Herald Tribune, 1935) [read: Teslas-prophecies pp.4-5]. This is testable. Mainstream: shielding and depth change the background, not an isotope's decay constant [memory, high]. Web check: a search returned underground-laboratory papers showing that shielding removes cosmic-ray background and cosmogenic activation (production, not decay) but did not return a source that tests decay-constant constancy directly [web via search: https://arxiv.org/pdf/1311.7043 (time modulations of 40K and 232Th decay rates, deep underground), https://arxiv.org/pdf/2010.02381]; the verdict therefore rests on [memory, high]. Known real exceptions (electron-capture rates shifting slightly with chemical or ionisation state) do not support Tesla's mechanism. Final: Tested, not supported (decay measured in deep underground laboratories with the cosmic-ray flux cut by orders of magnitude; no sign of the cessation he predicts). Caveat: no one in the folder performed or cited the test.
• Tesla's priority claim to have discovered cosmic rays in 1896 (three 1935 articles) [read: Teslas-prophecies deep read]. Reported as Tesla's own claim. Mainstream credit goes to Victor Hess's balloon flights of 1912 [memory, high]. No document in the folder shows a detection in 1896, and Tesla's 1901 patent 685,957 (section 3, claim 6) describes radiated-particle charging, not a measured cosmic-ray signal. Not scored on the physical scale.
• The 1932 interview's "neutrons ... carrying so small a charge": Chadwick announced the neutron in February 1932 [memory, high], so Tesla used a brand-new word with a different meaning (the neutron is uncharged). A note only.
• Handwerker's own preamble: Tesla "issued more than 700 patents, of which ... only about 100 are accessible" [read: TESLA-THEORY-2 p.1 via QE]. Unsourced in the paper. The usual count is about 300 patents in about 26 countries, about 112 of them US [memory, medium; not web-checked]. Reported as his claim with that count beside it.

10.6 The pi/2 figures, and fairness points from the 2010 deck

• pi/2, three separate things. (1) Handwerker's frequency ratio 2.755/1.810 = 1.522, a coupled-resonator number (k = 0.397); (2) Dollard's rumoured (pi/2)c longitudinal speed [read: Eckardt p.170]; (3) Blazevic et al.'s "mean surface wave velocity is c.pi/2" [read: p.92]. Item (3) is geometry, not a medium speed: a plane front moving down the earth's axis at c meets the surface at colatitude phi with v = c/sin(phi), and the time-weighted pole-to-equator mean is (pi R/2)/(R/c) = c pi/2 (the deep reader's derivation, which I find sound). It is the speed of a moving intersection point, like a searchlight spot, and carries nothing faster than c. Correction to QE M5: the Blazevic paper never states Tesla's 471,240 km/s, gives no speed in km/s and cites no measurement for pi/2; 471,240 appears nowhere in the 208-page PDF (deep reader's full-text search). The numerical identity 300,000 x pi/2 = 471,239 km/s is real, but the link to Tesla's 1904 article ("The Transmission of Electric Energy Without Wires", Electrical World and Engineer, 5 March 1904) is [memory, medium] and my web check did not confirm it: a search of the article and reprints returned no text giving 471,240 km/s [web via search: https://teslauniverse.com/nikola-tesla/articles/transmission-electric-energy-without-wires, https://www.sowp.org/wp-content/uploads/2019/02/LR-1702021903-Tesla-Reprint.pdf; the pages were not opened]. One secondary summary in the search result said Tesla claimed signals about 27 times c; I could not confirm that either and report it only as an unverified lead conflicting with the other figure. Status: the claim that the pi/2 figures share a source in Tesla lore is the reader's inference, unverified. Handwerker's own frequency-ratio pi/2 remains unrelated physically.
• E = grad phi. In the 2011 paper (p.8) the sign is wrong, which all reviewers flag. His 2010 deck, which I extracted again, writes E = -grad phi - dA/dt correctly on p.26 [read: research/files/2011-Handwerker-Tesla-and-cold-electricity-revised-English.pdf, p.26]. So the 2011 error is a later slip, not a misunderstanding. The claim 2 verdict is unchanged because the Sigma construction and the notation argument do not depend on it.
• His quaternion-versus-vector argument in full [read: same deck, p.24, confirmed]: q1 = a+bi+cj+dk plus q2 = a-bi-cj-dk gives 2a, "a scalar not equal to zero", while v1 = ai+bj+ck plus v2 = -ai-bj-ck gives zero, so "results are not the same"; also quaternions anticommute (i.j = -j.i) and vectors commute. The comparison is not like with like: the quaternions carry a scalar part a and the vectors were given none, and a vector with a scalar part attached is a quaternion. Also the cross product of vectors does anticommute; "i.j = j.i" is the dot product. Verdict on claim 2 (Refuted by calculation as a notation claim) is unchanged; this is his clearest stated reason and belongs beside it.
• p.2 of the deck: he describes himself as "a consulting professional in advanced electrotechnics, thermodynamics & energetics, also technical advisor to italian Judges" (his own description, not independently checked); p.5: experiments "realised by use of low-budget equipment ... partially using scrap parts" [read, per QE]. A pocket AM/FM radio picking up a signal [read: paper p.15; 2.755 MHz is above the AM band, so what it heard is unknown] and the 2010 deck's vacuum-tube-driven coil and receiving plate with a series neon lamp to earth are further small experimental details, kept in the record without data.

10.7 Skin depth and other accuracy corrections

• The good-conductor formula was applied outside its range (section 2 table row, now corrected). Exact values (calc): 9.7 m at 0.005 S/m, 1.53 m at 0.05 S/m, 0.15 m for sea water. Conclusion unchanged.
• The 931-A photomultiplier is a side-window tube [memory, high], not "head-on" (deep/H2O).
• physicist.md claim 1b misattributes the 113.64 m slip to the deep read; it is Handwerker's printed value.

10.8 People and leads (retention)

• Verona, 15 April 2011 panel named in the Heos report [read: research/pages/heos-2011.htm, research/2026-10-08-heos.md]: Giovanni Pede (ENEA low-impact vehicles laboratory), Giuseppe Buja (University of Padua, converters, machines and drives), Pietro Menga (CEI-CIVES), Bruno Giordano, Marco Tornaghi, Franco Bonfante, moderated by Giovanni Bignami (COSPAR). Heos co-organised the event (a stake). They are possible witnesses to what was shown; no statement from any of them is on record. A Heos "video notizia" is mentioned; it has not been found or watched.
• A Facebook commenter says he holds more of Handwerker's materials (sites.md, Facebook row). A lead to the missing documents (E-book, appendix, reference [12], the 41-page deck), not yet followed.
• The site file "Dedica Gherardo Colombo.jpg" (sites.md): unrecorded elsewhere; low importance.

10.9 Added corrections to earlier documents

14. arbiter.md section 2 (skin-depth row) and section 3 claim 5 (two labels): fixed above. physicist.md, primer.md 2.9 and example.py part 2(e) still carry 4.3 m / 1.36 m and "pure tap water"; use "low-conductivity tap water", 9.7 m and 1.53 m, and state that the simple formula needs loss tangent >> 1.
15. qe.md M5 and arbiter correction 10: see 10.6; add that the paper does not state 471,240 km/s, the pi/2 there is geometric, and the Tesla link is unverified.
16. arbiter.md and primer.md (claim 2, "E = grad phi"): add the correct 2010 form (10.6).
17. deep/H2O-Wireless-electricity-2955b1.md: 931-A "head-on" should be "side-window".
18. The earlier spot of M1: no review mentioned the spherical-top argument before; physicist.md/mathematician.md/contrarian.md are not edited, since the ruling is here (10.2), but the primer should add it (qe.md remediation).
19. The deep reader notes that claims.md says material after p.23 is "read by digest only": now false for pp.24-52, 89-97 and 164-172. facts.json entry for pp.164-172 must list Eckardt (2012) separately, and the entries for Blazevic et al., Marincic and Budimir and Tesla/Peterson should say "digest + deep read".
20. Stale-copy search for the orchestrator (additional): grep other files for "4.3 m", "1.36 m", "pure tap water", "head-on", "no operating frequency" and "unrelated" (pi/2).

10.10 What remains open after this round

• Does the E-book or the 41-page deck define L.M.D. by an equation? (Unchanged; it is the key gap.)
• A shielded versus unshielded run on Handwerker's coil, and a sphere-removed versus sphere-present run (new: the spherical-top claim is directly testable by swapping the top terminal for a bare coil end or a different terminal).
• Sommerfeld 1909 and Norton on the Zenneck wave; Meyl 2001; the testimony's case and date; the 471,240 km/s source; the 700-patent figure. All unchecked here.