Rankings Primer Arbiter Physicist Mathematician Contrarian QE Claims Sources

Dollard-Eric: Science Contrarian review

Role: Science Contrarian (judges by experiment, builds the strongest honest case, and holds the researcher to the same standard as his critics).

Source gap (repeated from Step 1, with my own reading status)

The 1986-1990 JBR compilation (both scans) has no text layer. I rendered and read pp.16-21 of the 2010 scan myself [read: page images]: Transmission of Electricity Part I p.7 (end), Part II pp.10-12, and the first pages of the Rotating Magnetic Field article. I did NOT re-read the 1987 interview (pp.19-29 of the file); everything below attributed to the interview (dielectric current of "many amperes", orgone, "all free-energy claimants are frauds but one") rests on Step 1's summary [unverified by me].
Introduction to Dielectricity and Capacitance (JBR 46/2, 1990): I read the text layer in full [read]. One passage of about 2,000 characters (the capacitor-release passage) was cut from my console view, so Dollard's exact wording on capacitor "infinite current" is unverified by me.
EPDPaper.pdf: poor OCR. I read the table of contents, pp.1-2 and 11-12 of the typescript (file pp.~12-13), and file pp.23-30 [read: OCR text, partly garbled]. No drawings, numbers or test data were seen.
Dollard's longer books are not in the folder. Conclusions about them are not made here.

Corrections to Step 1

Seismic claim (claims.md #5, facts.json EPDPaper). The San Andreas / Bolinas / Pacifica material appears only in the table of contents. The file ends (p.30) in the middle of Part Two ("Master system"); the Part Three text on the San Andreas is not in the file. What the file does contain about seismic warning is two short paragraphs ("Telluric Wave Systems for Specific Applications", typescript pp.11-12) saying advance seismic warning is "the principal application", that an array of reception points in groups of 3 ("Scott" configuration) is used, and that the pre-event waveform is "of a specific, distinct waveform" that a network discriminates. There is no data, no site parameters, no frequencies and no test record. "Give advance seismic warning on faults such as the San Andreas" is therefore an assertion in the document, not a documented result.
Document type. EPDPaper is a typescript written in patent-claim style (enumerated "A system ... " clauses). Nothing in what I read shows a patent number, filing or date. "type: patent" is unsupported; "other (typescript, claim-style)" is safer. Year is unknown, as Step 1 says.
Claim 4 is hedged in the source. Part II (p.11-12) says many believe the energy is radiated, "there exists evidence that it may not be", and "the answer may be found" in Steinmetz's remark; "the notion of aethereal hysteresis will be explored in part III". Part III is not in the folder. So the claim is a suggestion with an unwritten sequel, not a demonstrated result. Also, the premise (only a small fraction of field energy returned, and heat too small) is stated without any measurement or number [read p.11].
Claim 1 wording. Step 1 is right that the source says conductors are "electric obstructors" that reflect, and insulators are "the true conductors" [read, Part I p.7]. I add that on that page Dollard also argues that a superconducting loop holding current would need electrons "in perpetual motion, an unlikely proposition". That is a factual statement contradicted by experiment (see Claim 1).
The 2006 scan was only spot-checked by Step 1 and not at all by me; treat it as probably identical but unverified.
Minor: Step 1 lists Dollard's phrase "mutual inductance" for sharing of electric fields (Part II p.10). That is Dollard's terminology error (it should be mutual capacitance, or electric-field coupling); noted in Claim 2 below.

Claim 1. Energy travels in the space between conductors, not in the wires; conductors reflect, insulators are the true conductors

a. Mathematics. Dollard gives no derivation. The weak form is textbook: the Poynting vector S = E x H gives the energy flow, and in a DC wire it points radially inward, from the surrounding fields into the wire where it becomes heat (Ohmic loss). Taken literally, "conductors reflect and insulators conduct" is not a mathematical statement; he gives no equation in which a conductivity sigma plays the role he assigns it. His own text is inconsistent on one point: Part II p.11 says that for closely spaced wires the lost energy "is fully accountable by the equivalent quantity of heat gain in and around the wires", i.e. the wires do dissipate the energy, which is what a Poynting picture of a resistor says.

b. Experiments. The weak form is consistent with everything: coaxial cables, waveguides and transmission lines guide energy in the field, and the dielectric between plates stores the energy. The strong form (insulators are the true conductors) conflicts with the most basic measurement: a battery connected through an insulator delivers no steady current; Ohm's law and resistive heating in metals are measured to high precision. His claim that sustaining a persistent current in a superconductor "requires perpetual motion, an unlikely proposition" [read] is contradicted by persistent-current experiments in superconducting rings (no measurable decay over years) [memory, medium: Kamerlingh Onnes 1914 onwards; modern bound from NMR/SQUID experiments]. I did not web-verify this.

c. Tested? The Poynting picture is routine engineering (it is taught as standard, e.g. in Griffiths E&M, Ch. 8). The strong version has not been "tested" in any distinct way because it has no distinct prediction; it is not dismissed without testing, it is simply indistinguishable from standard theory where right and wrong where different.

d. What would have to change? Weak form: nothing. Strong form: Ohm's law, band theory of metals, and all circuit theory would have to fail.

Strongest honest case. Energy in a circuit really is carried by fields outside the wire; this is underemphasised in introductory courses, and Dollard (via Steinmetz) is pointing at something true. A lay reader's "electrons carry the energy" is wrong for the energy, right for the charge. The strong wording is rhetorical and drops the other half: the conductor is what sets the boundary conditions and supplies the current.

Verdict (split): Weak form (energy flows in the fields) Established. Strong form (conductors merely reflect, insulators are the true conductors, no electron role) Tested, not supported (every circuit, plus persistent-current rings).

Claim 2. Induction has independent dielectric and magnetic parts; the dielectric part can propagate separately, faster than light (pi/2 c), carrying large "dielectric currents" through free space without electrons

a. Mathematics. Three separate points. - Dollard argues the farad has dimension 1/c^2 (t^2/l^2 in electromagnetic units) so "the notion has occurred" that electricity and light are the same speed, "perhaps the most significant obstacle" [read, Part II p.10]. The dimensional fact is true in the EMU system. It does not show that the speed is something other than c; it is, in Maxwell's theory, the reason the speed is c = 1/sqrt(mu0 eps0). He gives no alternative equation. - "Mutual inductance" is used for sharing of electric fields between distant wire sets [read p.10]; the correct quantity is mutual capacitance (or electric-field coupling). A terminology error, not fatal. - pi/2: Dollard says "in the practical world of engineering ... the factor pi/2 will appear in wave calculations", offering no calculation [read p.11]. A geometric reading exists: a pulse travelling along the surface of the Earth from pole to pole covers a half-circumference pi*R while the straight-line diameter is 2R, ratio pi/2. A pulse moving at c on the surface that "appears" at pi/2 c when compared against the diameter is a geometric comparison, not a speed above c [web: https://en.wikipedia.org/wiki/Speed_of_electricity, reached via search; I did not open the page]. I do not need the exact derivation: Dollard supplies none.

Worked check on pi/2 c (calculation). The lowest mode of the Earth-ionosphere cavity has f ~ c/(2 pi R). With R = 6.371e6 m: f = 3.0e8 / (2 x 3.1416 x 6.371e6) = 7.5 Hz. The observed fundamental Schumann resonance is about 7.8 Hz [memory, high; Schumann 1952, measured 1960s]. If waves propagated at (pi/2)c, f would be 1.571 x 7.5 = 11.8 Hz. That is not observed, so a global propagation speed of 1.57c is inconsistent with the measured resonance (the slight excess over 7.5 is already explained by losses and cavity geometry in standard theory). I did not web-check the 7.8 Hz figure, only that I am confident of it.

b. Experiments. Hertz (1888) measured the speed of electromagnetic waves and found it equal to light's; Hertz's standing-wave measurements on wires gave about c (Blondlot 1891 [memory, medium]). The 1834 Wheatstone figure (about 463,500 km/s over 1.5 c) comes from a rotating-mirror spark measurement over short wires, long before Maxwell; it was a crude timing experiment and its error sources are well known [web: https://en.wikipedia.org/wiki/Speed_of_electricity via search snippet, I did not open the page]. Tesla's Colorado Springs speed claim (471,240 km/s, within 0.1% of pi/2 c) is reported in secondary sources [web: search results, e.g. https://teslauniverse.com/nikola-tesla/articles/taking-einstein; quality of these sites is poor]; I found no independent replication or raw data. The superluminal group-velocity claim also conflicts with relativity tests and with radio timing (radar ranging, GPS) [memory, high].

c. Tested? Yes, historically: Wheatstone (1834, superseded), Hertz (1888), later all radio engineering. Tesla's claim: never independently replicated that I could find. The weak parts of the claim have not been "dismissed untested"; they were tested and the pi/2 c part failed or was explained geometrically.

d. What would have to change? Special relativity (c as signal speed limit), and the Maxwell wave equation, which ties E and B together in a single wave.

Strongest honest case. (i) There is a real sense in which the electric and magnetic induction fields propagate differently: in the near field of an electrically small antenna the quasi-static E and B terms fall off as 1/r^3 and 1/r^2 and are not radiated, and the E field in the near field of a small electric dipole is mainly "dielectric". The Dollard/Tesla remark that a capacitive (electric) antenna and a ferrite-loop (magnetic) antenna respond to different field components [read p.11-12] is correct and observable (car whip vs transistor-radio loop). (ii) "Dielectric current through free space without electrons" is Maxwell's displacement current, which is mainstream and measured: a capacitor passes amperes of displacement current across a vacuum gap. Dollard's point is real if read this way. (iii) Phase velocity can exceed c in dispersive waveguides without violating relativity.

Where Dollard is wrong on his own terms. He asserts in the same breath that induction "must be the cross combination" in Hertzian theory and then treats pi/2 as a signal speed. He gives no measurement, no equation, no apparatus.

Verdict (split): "Electric and magnetic induction have separable near-field behaviour; displacement current flows with no charge carriers" Established. "Dielectric induction propagates faster than light at pi/2 c" Tested, not supported (Hertz; Schumann resonance calculation above; Tesla's claim never independently replicated). Whether Tesla's 1899-1905 numbers were reanalysed is unknown to me.

Claim 3. Capacitance is dielectric energy stored inward along lines of force, the dual of inductance; its sudden release can exceed light speed and give effectively infinite current

a. Mathematics. Mixed. - Correct and fair to Dollard: energy in the field, E = (1/2) C V^2 and (1/2) L I^2; the energy swaps between the two in an LC circuit; Z0 = sqrt(L/C) is the ratio of peak voltage to peak current [read]. "The smaller the space the more dielectric energy" is right at fixed voltage: C = eps A / d, so shrinking d raises C and the energy (1/2)C V^2. The reverse for magnetism (larger loops, more L) is also right. - Error: "the inverse of the product of magnetic and dielectric storage capacity represents the frequency" [read]. The frequency is f = 1/(2 pi sqrt(LC)); 1/(LC) is omega squared. Close in spirit, wrong as written. - "Electrons accumulate" picture: the real capacitor stores charge separation, and mainstream theory already says the energy is in the field. Dollard's target (a crude picture) is a straw man for working physicists, though true of some teaching. - Infinity: Dollard's own text is inconsistent. In the inductor case he says the field collapses "at a velocity approaching that of light", then that EMF "tends towards infinity". Energy is finite: (1/2) L I0^2. Opening a real circuit with stray capacitance C_s gives a peak V = I0 sqrt(L/C_s). Example: L = 1 H, I0 = 1 A, C_s = 100 pF: V = 1 x sqrt(1 / 1e-10) = 1e5 V = 100 kV. Large, finite. Power is not infinite because the energy (0.5 J) is finite, and the ideal-limit infinity comes only from setting C_s and resistance to zero or infinity. "Infinite current" in the capacitor case needs zero resistance and zero inductance simultaneously, which no physical conductor has. - Free-space capacitance "is the sum of its mutual capacities to all conducting objects of the universe" [read]. Counter-example: an isolated sphere of radius a has capacitance 4 pi eps0 a (with potential defined against infinity). For a = 0.1 m: C = 4 x 3.1416 x 8.854e-12 x 0.1 = 11.1 pF. It is measurable with no distant conductors; the field-energy integral converges. His premise "dielectric lines must end on conductors" omits that lines of E end on charges (and may be closed loops when B changes, which he mentions). Steinmetz's "free-space inductance of an isolated filament is infinite" is true in the idealised infinite-straight-wire limit (logarithmic divergence), so that part is fine. - "Supercapacitance" (energy compressed into matter): no equation, no number.

b. Experiments. Capacitor and LC-circuit behaviour is among the best-tested in physics. The Faraday/Steinmetz field picture is consistent with all of it. Inductive kick (spark when a coil circuit is opened) is routine and its voltage is limited by stray capacitance and arcing, in agreement with the finite estimate above. No experiment of FTL collapse or energy-to-matter conversion by compression is cited.

c. Tested? The standard parts: thoroughly. The FTL/infinite-current/matter claims: no test proposed, none in the documents.

d. What would have to change? Weak form: nothing. Strong forms: relativity (FTL), conservation of energy (infinite current from finite energy), and QED (energy to matter requires pair-production thresholds of 2 m_e c^2 = 1.022 MeV and conserved charges).

Strongest honest case. Dollard is trying, correctly, to teach a field picture of capacitance and the E-B duality; Steinmetz used this language and the duality (voltage:current, C:L, E:H) is a legitimate, productive analogy. The "paradox" about small gaps storing more is a nice true observation.

Verdict (split): Field-energy picture of C and L, LC exchange, Z0 = sqrt(L/C) Established. FTL release / infinite current Refuted by calculation (finite stored energy and stray capacitance give a finite peak, as above) and Internally inconsistent ("approaching light" vs "may exceed"). Energy-into-matter "supercapacitance" and "conjugate space" Not testable as stated. Free capacitance as sum over all universe's conductors Refuted by calculation (isolated sphere, 11.1 pF per 0.1 m radius).

Claim 4. Broadcast-tower energy not returned to the circuit nor dissipated as heat is not radiated but lost to "hysteresis of the aether"

a. Mathematics. No energy budget is given. The quotation from Steinmetz (citing Kennelly, 1891) is that because propagation takes finite time, "a certain loss of energy must necessarily be connected therewith" and this retardation is called "hysteresis" [read, Part II p.12]. That is a description of radiation: energy that leaves because the field cannot return instantly. Dollard presents Steinmetz's remark as showing that the energy is not radiated; the quoted passage says the opposite. So the argument misreads its own source.

Energy-budget check. A quarter-wave monopole over a good ground has a radiation resistance of about 36.5 ohm [web: https://www.radio.feec.vutbr.cz/raida/multimedia/en/10-4-A.pdf and search results on quarter-wave monopoles]. Ground-system and conductor loss resistance is typically of order 1-few ohm in a decent AM radial system, and conductor loss only about 0.1 ohm [web: search results, kintronic.com paper; I did not open it]. Fractional radiated power = R_rad/(R_rad + R_loss). With R_loss = 2 ohm: 36.5 / 38.5 = 95%. So most of the power fed to a standard tall-tower AM station is radiated, and the "missing" energy in Dollard's observation is exactly the real power that the radiation resistance accounts for. That the reactive energy returns each cycle while real power does not is what R_rad means. For a 50 kW station the heat budget he calls "disproportionately small" is a few kW, the rest is in the radiated wave. Short, electrically small antennas have low R_rad and low efficiency, but in that case more is lost to heat in the ground, the opposite of his claim.

b. Experiments. Field-strength measurements around AM stations (FCC proofs of performance) follow the radiation pattern predicted by power and antenna gain [memory, medium: roughly 300 mV/m at 1 km per kW for an ideal monopole; not web-verified]; a receiver at distance picks up the energy. Radio communication itself is the test. Also, Hertz's 1888 detection and the standard Poynting-flux integral over a surface surrounding the tower.

c. Tested? Yes; every AM station's radiated power is measured and licensed. Dollard's version cites no measurement of his own and none of the claimed disproportion between lost energy and heat ("direct observation ... raises a most important question", with no data) [read p.11]. Not dismissed without testing; the claim is made without data and the standard test already addresses it.

d. What would have to change? Conservation of energy would need a reservoir with new physics (an aether with a dissipative term), and the Poynting theorem and radiation measurements (field strength falling as 1/r at the right amplitude) would fail.

Strongest honest case. He observes that for widely spaced "wires" (tower and ground screen), the circuit energy leaving per cycle is large compared to heating; he is correct that the loss is not simple Joule heating. The data contest he points to is real in the sense of "where does the power go?" and the answer (radiation) is observable.

Verdict: Refuted by calculation (energy budget: R_rad about 36 ohm vs losses of a few ohm; the radiated power is measured and matches) and his key source is misread. "Aether hysteresis" as a distinct loss channel: Not testable as stated, no distinct prediction. Part III (promised exploration) is not in the folder.

Claim 5. Telluric waves exist in the earth with velocity and counter-velocity; a loaded aerial-ground antenna, filter network and parametric amplifier can receive them, reject EM interference, and give advance seismic warning

a. Mathematics. What I can read is a block of enumerated claims without equations (OCR). The "velocity and counter-velocity" are described as a complex (real and imaginary) pair, and "complex electric waves" arise from "the product of two transfer functions, a low-pass and a high-pass" [read: OCR, typescript pp.23-25]. A reading consistent with standard theory: a wave on a lossy line has complex propagation constant gamma = alpha + j beta (attenuation and phase). If that is what is meant, it is mainstream renamed. If he means something physically different he gives no equations in what I read. "Law of reciprocity does not apply to earth coupling" [per Step 1; I did not locate the passage] could hold for active parametric/negative-resistance elements, which are non-reciprocal by design; the passive reciprocity theorem for linear media still holds. Unverified either way.

b. Experiments. Currents and fields in the earth are real and used: magnetotellurics, ground-electrode ELF receivers, submarine ELF links. The OCR says the system "is not electro-magnetic ... telluric waves having a non electro-magnetic character" [read, typescript p.1, OCR garbled but clear on this]. Earth-current waves are electromagnetic diffusion/propagation in a conducting medium; no experiment in the literature I know shows a non-EM wave. The seismic part: electromagnetic earthquake precursors are an active, disputed field. The best-known case, the 1989 Loma Prieta ULF magnetic "precursor" (Fraser-Smith et al., 1990, from Corralitos, about 7 km from the epicentre), was challenged: reanalyses concluded the signal was either solar-terrestrial disturbance seen across the western US or an instrument-gain artefact, not a precursor [web: https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2008JA013932 ; https://ui.adsabs.harvard.edu/abs/2007AGUFM.S41D..03C/abstract ; https://www.usgs.gov/publications/reported-magnetic-precursor-1989-loma-prieta-earthquake]. Note the dispute was itself active: a 2007 abstract re-affirmed the precursor and later work rejected it, so this is a contested question with conflicting reanalyses, not a clean negative.

c. Tested? Dollard's particular system: no test on record in these documents or in my searches (I did not find a deployment report; I did not search exhaustively, 3 web calls were used overall). The generic idea (ground-based EM precursors): tested by others, not confirmed in any controlled, reproducible way [web sources above]. Dismissed without testing? His system appears never to have been built or measured as far as the documents show, and the document gives no site data. I cannot say it was suppressed: no evidence in the folder of rejection, blocked funding or negative tests.

d. What would have to change? If the waves are electromagnetic: nothing, and the claim reduces to a (hard) engineering and prediction question. If they are non-electromagnetic: Maxwell's equations in conducting media would need a second wave type; an entirely new field. Reliable earthquake prediction would change seismology (mainstream view: not currently possible [memory, medium; USGS says no one has predicted a major quake; not web-verified here]).

Strongest honest case. (i) A ground-contact antenna array with filters and a noise-rejection aerial is standard sound engineering; adaptive reference-antenna cancellation of interference is routine. (ii) Looking for an electrical signature before earthquakes is a legitimate research programme (piezoelectric/stress effects, radon, ionospheric anomalies) and the Loma Prieta case shows the data are ambiguous. (iii) A specific distinct pre-event waveform detected by a transient filter is a falsifiable proposal; it needs only a few receiving sites and a long record to test.

Where Dollard fails his own standard. The document gives no numbers: no frequency, amplitude, noise floor, site separation, false-alarm rate or any past event it would have warned for. Claiming a system is "unlike previous systems" and "more electrostatic than electromagnetic" [read OCR] without data cannot be evaluated. It is also unclear whether the "advance time interval" is seconds, hours or days.

Verdict (split): Ordinary ground-coupled receiving system, interference rejection by reference aerial Plausible, untested (as Dollard's design; the techniques are established). Non-electromagnetic "telluric" waves with counter-velocity Not testable as stated (no equations or parameters in what I read). Advance seismic warning by this system Never properly tested (no neutral test on record; not "dismissed without testing" either, since there is nothing in the folder showing it was submitted anywhere). The general EM-precursor idea in the mainstream literature: Tested, not supported so far, with a live dispute.

Claim 6. Dielectric fields are the "productive" side of electricity (source of free energy, Reich orgone effects); magnetism only consumes

a. Mathematics. Internally inconsistent with Dollard's own Claim 3 text: in the Introduction he says energy oscillates between magnetic and dielectric forms and the LC system "pulsates" with the two energies exchanging [read]; nothing in that account makes one side produce energy and the other consume it. Both store and return energy symmetrically. No equation yields growth of energy ("energy that grows rather than decays") from dielectric fields.

b. Experiments. No measurement of net output exceeding input is cited in the pieces I read. Per Step 1 (interview, not re-read by me), Dollard says every free-energy claimant he has examined is a fraud except one unnamed person; that is a point in his credit as a critic and a reminder that his own claim is not backed by a named device or measurement.

c. Tested? Not tested; the claim is not formulated as something measurable. Reich's orgone: outside what I could verify; I make no claim about Reich experiments (no source consulted).

d. What would have to change? Energy conservation (if a net gain from field alone is claimed). Reich-type biological/orgone effects would require new physics for which no quantitative claim is given.

Strongest honest case. The reactive energy in dielectric (capacitive) systems really is large and under-used; resonant circuits with high Q can build up fields far larger than the input, and Tesla-coil secondaries show large voltages from small inputs. Those are real, not over-unity, because the build-up draws power over many cycles. Dollard is exploring that region, but without a power-in/power-out measurement the "free energy" label is unsupported.

Verdict: Not testable as stated (no measurable quantity, no device). The "magnetism consumes, dielectric produces" asymmetry is Internally inconsistent with his own LC energy-exchange account. No test exists; "growth of energy" as a literal statement would be Refuted by calculation (energy conservation in an LC circuit with positive resistance: energy decays as exp(-R t / L)).

Overall assessment (contrarian standard)

Where the mainstream is unfairly dismissive: The field-centred view of energy flow and the E/B duality are real physics and often underplayed. Near-field "dielectric" coupling versus radiated waves is a legitimate distinction. Seeking electrical earthquake precursors is a legitimate programme and the Loma Prieta case shows the negative reanalyses were themselves contested.
Where Dollard fails: no measured data anywhere in the folder; misreads his key source on "hysteresis"; makes numerical assertions (pi/2 c, "amperes of dielectric current", AM "missing" energy) without calculation; contradicts himself on FTL ("approaching light" vs "may exceed"); wrong frequency formula; claims about superconducting persistent current contradicted by experiment; free-energy claim with no device.
Rejection process: nothing in these documents shows that Dollard's work was tested and rejected, reanalysed, or blocked. The prevailing pattern is never properly tested, because the claims are given without parameters, not because they were suppressed. The "Edison Effect" assertion that vested interests kept electrical science dormant [read, p.1] is stated without evidence.
Single most informative experiment: build the telluric receiver as specified (with a reference aerial for EM rejection), log long records at several sites near a fault along with a magnetometer and seismometers, and score pre-event detections against pre-registered thresholds and the false-alarm rate. A cheaper decisive test of the FTL claim is a timed pulse over a known-length line or the Schumann frequency (7.5 vs 11.8 Hz) already measured.