Vassilatos-Gerry: Primer
Project: Gerry Vassilatos, Secrets of Cold War Technology: Project HAARP and Beyond (Borderland Sciences, first edition 1996, ISBN 0-945685-20-3; Adventures Unlimited edition 2000 [web: sites.md, Leads 1]). 162 PDF pages, each a two-page spread of the printed book (printed pp.1-324). The author is described by his publisher as a high-school science teacher in New York City and the producer of the "Ray of Discovery" video series; he also wrote the 11-volume Vril Compendium (1992-1995) [web: sites.md, Leads 1; the publisher has an interest in the book].
Source note (repeated from claims.md and the arbiter; this is not a source gap). The folder holds one work. Its text is fully readable (an OCR text layer on all 162 pages). But it is a popular, secondary account written 50 to 100 years after most events it describes, and the chapters rarely cite sources. Its bibliography (PDF pp.154-160) lists patents and articles that nobody in this review read. Every claim below is therefore "what the book claims", unless a Tesla text, patent or other primary record is named beside it. The first deep reads covered PDF pp.36-46 (Tesla's Colorado Springs station and the Savo car) and pp.121-138 (the HAARP chapter). After the quality check (qe.md), six more deep reads covered Chapter 1 (pp.9-35), Chapter 2 (pp.47-62), Chapters 3 and 5 (pp.62-70, 97-108), Chapter 4 (pp.84-96), Chapter 6 (pp.109-120) and the Chapter 8 patents (pp.146-153); their results are in arbiter.md section 10. The remaining pages rest on page-by-page digests. Page numbers here are PDF pages; the printed page is about twice the PDF page. The author states his own method plainly: "qualitative and visionary", set against "quantitative science" [web: https://www.aetherforce.energy/redisovery-of-vril-an-interview-with-gerry-vassilatos/], and he reaches his HAARP thesis "in the absence of all other evidence" and "on logic alone" [read: PDF pp.134-135]. Where a statement below rests on [memory] alone, it says so.
Interested parties. The publisher sells the author's other books, and on its back pages also sells Angels Don't Play This HAARP (Begich and Manning), the kind of book this one argues against [read: PDF p.162]. Michael Theroux of the publisher, Borderland Sciences Research Foundation (BSRF), plays a double role: he supplied the HAARP files the author worked from [read: PDF p.3] and edited the book and its bibliography [read: PDF p.154]; he is also the source of one of the book's "replications" (12 ft streamers, PDF p.21), and BSRF sells the Eric Dollard videos the book cites [read: arbiter 10.1, 10.3]. The Farnsworth family's archive and ITT (International Telephone and Telegraph, which funded Farnsworth's fusor work until 1966-67 [read: arbiter claim 7]) both have a stake in how the fusor story ends. The Wilhelm Reich Museum has a stake in the Oranur account.
Source tags used below: [read] = from the book (PDF page given) or from the project's review files; [web] = Internet source, with URL or the review file that holds it; [memory] = recalled general knowledge, with confidence; [calc] = arithmetic done for this primer and reproduced in example.py. Verdicts are the arbiter's (arbiter.md); this primer adds none.
1. The idea in one paragraph
Vassilatos holds that Nikola Tesla discovered a second kind of electrical energy, not the waves of ordinary radio but a "Radiant Energy": a neutral gas of the ether (a medium once thought to fill space) that floods in when a circuit is struck by very short, one-way high-voltage pulses. In his account Tesla's 1899 Colorado Springs station was an "ether engine" that drew power from space, could run after its supply was switched off, and lit lamps 26 miles away; and every later military radio, nuclear and space project is a "frail copy" of Tesla's methods, kept from the public by a few ruling financial "Houses". The book then turns this lens on HAARP, the High-frequency Active Auroral Research Program in Gakona, Alaska. Vassilatos argues against the popular fear that HAARP is a weapon or a mind-control device. After eliminating those readings he concludes that HAARP's prototype is a corporate experiment to pull the enormous electric current of the northern lights (the "auroral electrojet", which he puts at 300,000 amperes at 200,000 volts, "some 60 Gigawatts") down to a large copper screen on the ground, as a fuel-free replacement for oil. Several of his starting points are real: the aurora does carry currents of that size, Tesla did report 1,100 amperes in his antenna, and small transmitters can control natural plasma currents. The review's question is which links in the chain from those real starting points to the conclusions hold, and the energy budget turns out to be the link that decides most of them.
2. What you need to know first
Power, energy and the product I x V. Power P (watts, W) is the rate of energy flow; energy (joules, J) is power times time. For a resistor or other load, P = I V, where I is the current through it (amperes, A) and V the voltage across it (volts, V). The formula needs both: the current must actually flow through that voltage drop into a load. Multiplying a current measured in one place by a voltage measured somewhere else gives a number in watts that need not be a power anyone can collect. Read: any introductory physics text, e.g. Halliday, Resnick and Walker, Fundamentals of Physics (the chapters on current, resistance and circuits).
AC circuits, resonance and reactive power. In an alternating-current (AC) circuit, voltage and current oscillate at frequency f (hertz, Hz); ω = 2πf is the angular frequency (radians per second). In a capacitor of capacitance C (farads, F) the current is I = ωCV, and it runs 90° ahead of the voltage. When current and voltage are 90° apart, energy flows into the component for a quarter cycle and back out for the next quarter, so the average power is zero. Engineers call the product I V in that case "reactive power" (volt-amperes reactive, VAr). A resonant circuit (an inductor and capacitor that swap energy back and forth) can hold large circulating currents and voltages while drawing little real power. How long it keeps ringing after its supply is cut is set by its quality factor Q (dimensionless): the stored energy falls by a factor e in a time of about Q/ω. Read: Nilsson and Riedel, Electric Circuits (sinusoidal steady state and resonance chapters).
Electromagnetic waves, antennas and the inverse-square law. A transmitter radiating power P_t (W) equally over a hemisphere gives a power density S = P_t / (2πr²) (watts per square metre) at distance r (metres). A receiving antenna collects P_r = S A_eff, where A_eff (m²) is its effective area. A small, perfectly matched antenna has A_eff of at most about 0.12 λ² (λ = wavelength, m; λ = c/f, with c = 3.00 x 10^8 m/s the speed of light), whatever its physical size. For a large dish or array of area A, the gain is G = 4πA/λ², so gain grows as 1/λ², not 1/λ. Read: Griffiths, Introduction to Electrodynamics, Chapter 9 (electromagnetic waves) and Chapter 11 (radiation).
Conductors and shielding (skin depth). An AC field entering a good conductor of conductivity σ (siemens per metre, S/m) decays as e^(-x/δ), where x is depth and δ = 1/√(πfμ₀σ) is the skin depth (μ₀ = 4π x 10^-7 H/m is the permeability of free space). A closed metal box whose wall is several skin depths thick blocks the field inside. Gaps, seams and openings let fields leak in. Read: Griffiths, Chapter 9 (electromagnetic waves in conductors).
The ionosphere, the aurora and the electrojet. Above about 60 km the Sun's ultraviolet light and incoming particles ionise the thin air, making the ionosphere, a weak conductor. Near the magnetic poles, electrons from the Earth's magnetosphere (the region of space controlled by Earth's magnetic field) rain down along magnetic field lines into a ring about 65°-70° magnetic latitude, the auroral oval, and make the air glow at roughly 100-300 km altitude. Of these energetic particles, the ones trapped by the Earth's field form the Van Allen radiation belts: an inner belt about 1,000-6,000 km up and an outer belt from about 13,000 km to 60,000 km [memory, high; the arbiter checked the outer belt on the web, arbiter 10.4]. The solar wind (the stream of charged particles from the Sun) sweeping past the Earth sets up a voltage of tens to a couple of hundred kilovolts across the polar cap, from the dawn side to the dusk side [memory, high]. That voltage drives horizontal currents in the ionosphere along the oval: the auroral electrojets, which "can be as large as a half million amperes" [web: https://www.gi.alaska.edu/alaska-science-forum/auroral-electrojets]. The total power the aurora deposits in one hemisphere, the "hemispheric power" published by NOAA (the US National Oceanic and Atmospheric Administration), runs from about 5-20 GW when quiet to about 50 GW when active and more than 100 GW in strong storms [web: https://www.spaceweatherlive.com/en/news/view/336/20180405-new-front-page.html ; https://dmsp.bc.edu/html2/dmspssj4_hp.html]. Changes in the electrojet induce electric fields in the ground (up to about 10 V/km in storms) that push currents through pipelines and power lines [web: https://www.gi.alaska.edu/alaska-science-forum/aurora-makes-waves-ground-too]. Read: Kivelson and Russell (eds.), Introduction to Space Physics (the chapters on the ionosphere and on magnetosphere-ionosphere coupling); for the HF heating side, Kelley, The Earth's Ionosphere.
Atmospheric electricity (the global circuit). In fair weather the air near the ground has a vertical field of about 130 V/m, but the air is a very poor conductor, so the current that flows down to the whole Earth is only about 1-2 kA in total, at about 250 kV between the ionosphere and the ground [web: https://arxiv.org/pdf/physics/0506077, via the arbiter; treat as order of magnitude]. That is about 2 pA/m² (picoamperes per square metre). Read: Rakov and Uman, Lightning: Physics and Effects (the chapter on the global electric circuit), or the Feynman Lectures, Vol. II, Chapter 9 ("Electricity in the Atmosphere").
Radioactivity and gamma rays. A radioactive nucleus decays at a rate set by its half-life; the total energy a sample can release is fixed by the number of nuclei and the energy per decay. Gamma rays (high-energy photons) are absorbed in matter as I = I₀ e^(-μx), where μ (per cm) is the attenuation coefficient and x the thickness. Read: Krane, Introductory Nuclear Physics; for attenuation data, the NIST XCOM tables.
3. The textbook view
3.1 Short pulses, transients and what a shield stops (claim 1)
A very short, high-voltage pulse contains a broad band of frequencies: roughly up to 1/t for a pulse of duration t (seconds). Such pulses produce strong effects that a steady voltage does not: fast-changing magnetic fields induce large voltages in nearby conductors (Faraday's law, ∇ x E = -∂B/∂t), sparks ionise air, and fast discharges in tubes produce ultraviolet light and x-rays. Nerves respond to pulses in a duration-dependent way. The threshold current I(t) for a pulse of duration t follows the strength-duration law I(t) = I_rh (1 + τ_c / t), where I_rh is the threshold for long pulses (the "rheobase") and τ_c is the "chronaxie", about 0.1 to 0.7 ms for motor nerves [memory, medium-high]. With τ_c = 300 μs, a 100 μs pulse needs 4 times the long-pulse current to be felt and a 1 μs pulse about 300 times [calc: arbiter]. So the book's report that impulses shorter than about 100 μs cause no pain while longer trains do (PDF p.17) has a real physiological counterpart. But the deep read of Chapter 1 found that this pulse-duration scale, the "10,000 volts per inch" rule and the glass-and-copper shield story are not in the Tesla texts that were checked (his 21 December 1892 article in The Electrical Engineer and his 1901 patents 685,957 and 685,958); the book names no lecture, patent or date for them [read: arbiter 10.1]. They are the author's account of Tesla, not Tesla's published words. What the 1892 article does say is narrower: the air waves from his apparatus could be felt "at distances of six feet or more" and "cannot be entirely stopped by the interposition of an insulated metal plate" [web: https://www.nikolatesla.ch/en/article/on-the-dissipation-of-the-electrical-energy-of-the-hertz-resonator, via arbiter 10.1]. Tesla called them "waves" of electrified air.
The book also offers two nineteenth-century precedents for action through walls [read: PDF p.15]: Joseph Henry (1842), who found steel needles magnetised in a cellar vault by a Leyden-jar spark on an upper floor, and Elihu Thomson (dated 1872 in the book; the bibliography lists Edwin Houston, Scientific American 1872; Thomson and Houston's "etheric force" sparks are usually dated 1875 [memory, medium]), who drew sparks from metal objects throughout a building while an induction coil ran. Both are real observations of effects at a distance. The textbook reading is electromagnetic induction: a spark from a Leyden jar (an early capacitor) is an oscillating current, so it radiates and induces currents in distant conductors, and long metal pipes and frames in a building act as receiving antennas [memory, high for the oscillatory discharge; medium for the building details]. Neither observation needs a non-electromagnetic channel, and neither involved a closed metal shield.
A closed, grounded copper box stops such pulses. At 150 kHz the skin depth of copper (σ = 5.8 x 10^7 S/m) is δ = 0.17 mm, so a 1 mm wall passes e^(-1/0.17) = 0.0029 of the field, a 51 dB reduction [calc; example.py B2]. (A decibel, dB, is a logarithmic ratio: for a field amplitude ratio r it is 20 log₁₀ r, and for a power ratio 10 log₁₀ r; 0.0029 in field is 20 log₁₀(1/0.0029) ≈ 51 dB.) Openings and seams leak; low-frequency magnetic fields pass thin shields more easily; and a room full of sparks has ozone, ultraviolet light and x-rays that can be felt or detected without any new kind of energy.
3.2 Tesla's resonant transformer (claim 2)
Tesla's Colorado Springs apparatus was a resonant transformer: a spark-gap-driven primary circuit coupled to a large secondary, an "extra coil" and an elevated terminal (top load). The terminal and its surroundings form a capacitor C, the coil an inductance L, and the system rings at f = 1/(2π√(LC)). The circulating current at the base is the charging current of the top load:
I = ωCV
with V the terminal voltage. Tesla's own figures are "something like 20,000,000 volts" as his highest potential and "currents of from 1,000 to 1,100 amperes" in his antenna in 1899 [web: http://www.tfcbooks.com/tesla/1917-05-08.htm, 1917 Edison Medal speech]. At 150 kHz these need C = 1,100 / (2π x 150,000 x 2 x 10^7) = 58 pF, the capacitance of an isolated sphere of radius 0.52 m (C = 4πε₀r, with ε₀ = 8.854 x 10^-12 F/m) [calc; example.py B1]. So Tesla's 1,100 A is the expected size of circulating current for a metre-scale top load. It is not evidence of energy coming in from outside: the product V I = 22 GW is reactive power that sloshes back and forth each cycle, not power delivered anywhere. (A bare 0.5 m sphere at 20 MV would have a surface field of 38 MV/m, far above the 3 MV/m at which air breaks down; Tesla's terminals sprayed streamers, which is what limits the voltage.) A resonator with Q = 100 at 150 kHz loses its stored energy in about Q/ω = 0.1 ms after the supply is cut [calc; example.py B1]. Tesla himself wrote that with no receivers connected "the plant consumes only a few horsepower necessary to maintain the electric vibration" [web: tfcbooks 1917], which is this high-Q picture.
Tesla's 1901 patents use "radiant energy" in a specific sense: "The sun, as well as other sources of radiant energy, throws off minute particles of matter positively electrified", which charge an elevated insulated plate against the ground [web: https://patents.google.com/patent/US685957A/en]. That is charging of a capacitor by particles and rays, an effect now understood in terms of the photoelectric effect and charged-particle collection.
Getting power to a distant receiver. If 200 lamps of 50 W (10 kW) were lit 26 miles (41.8 km) away by radiation, the transmitter must fill a hemisphere of area 2πr² = 1.1 x 10^10 m². On the best possible matched antenna at 150 kHz (A_eff = 0.12 λ² = 4.8 x 10^5 m²), that needs about 230 MW radiated; on a 100 m² receiver, about 1 TW [calc: arbiter, claim 2]. Tesla's own scheme was not radiation but conduction through the Earth and resonance of the whole planet; nobody in this review quantified that route.
3.3 Electrojet power and how it reaches the ground (claims 5 and 6)
The physics that bears on the HAARP thesis:
- The natural power is large. The cross-polar-cap voltage (50-200 kV in active times [memory, high]) times electrojet currents (10^5 to 10^6 A) gives tens of GW, matching the measured hemispheric power of 5 to over 100 GW [web, section 2]. Vassilatos's 60 GW is the right size for the whole aurora of one hemisphere in an active period.
- It is spread out and high up. That power is deposited over the whole auroral oval, about 8.5 x 10^12 m², at roughly 100-150 km altitude, mainly as heating of the upper air (Joule heating, the I²R heating of a conductor) and as light [calc; memory, medium for the oval geometry].
- The voltage is horizontal. The 200 kV lies across the polar cap, from dawn side to dusk side, over about 4,400 km, an average field of only 0.045 V/m [calc; example.py step 3]. It is not a voltage between the ionosphere and the ground.
- The air below is an insulator. Between the ionosphere and the ground the air conducts so poorly that the entire planet's fair-weather current is only about 1.8 kA [web, section 2].
- The measured coupling to the ground is by induction. When the electrojet changes, its changing magnetic field induces an electric field in the ground, up to about 10 V/km in storms. Long conductors (pipelines, power lines hundreds of km long) then carry tens of amperes [web: GI Alaska Science Forum]. This is the mainstream counterpart of an "auroral power accumulator", and it gives megawatts at most in conductors hundreds of kilometres long.
- Small transmitters can modulate large natural currents. Heating the lower ionosphere with HF (high frequency, 3-30 MHz) radio waves modulated at a low frequency changes its conductivity, so the electrojet current itself radiates at the modulation frequency: extremely low frequency (ELF, 3 Hz-3 kHz) and very low frequency (VLF, 3-30 kHz) waves have been generated this way at HAARP and earlier at Tromsø and HIPAS (High Power Auroral Stimulation, near Fairbanks) (Moore, Inan and Bell 2006; Cohen et al. 2012 [web: via the reviewers and arbiter]). In the Siple Station experiments in Antarctica (1973-1988), weak injected VLF signals were amplified by up to 30-50 dB by radiation-belt electrons, received at Roberval, Quebec [web: sites.md, Leads 2]. Both are real cases of "a weak signal releasing natural energy". In both, the output is radio waves of watts to kilowatts, not current delivered to a ground terminal.
3.4 Antenna gain and effective radiated power (claim 5)
Effective radiated power (ERP) is transmitter power times antenna gain. For an array of area A at wavelength λ, G = 4πA/λ². HAARP's completed array (180 elements, 3.6 MW of transmitter power, 33 acres) has an aperture ceiling of G = 1,871 (32.7 dBi, where dBi means decibels relative to an isotropic antenna, one that radiates equally in all directions) and ERP = 6.7 GW at 10 MHz; reported values are 0.36 to 4 GW for 20-30 dB of gain [calc and web: arbiter, claim 5]. The book's "1 Gigawatt" for the planned array fits as an ERP, not as a generator rating.
3.5 Nuclear numbers (claims 4 and 7)
- A radioactive store holds a fixed energy. One kilogram of cobalt-57 holds 2.1 x 10^11 J in its 122 keV gammas, about 49 tons of TNT; fission yields about 8.2 x 10^10 J per gram, some 400 times more per unit mass [calc: arbiter, claim 4]. Half-lives are constant to better than about one percent under heat, pressure and sound; the known exceptions (beryllium-7, fully ionised rhenium-187) change the electrons around the nucleus [web: arbiter].
- The Mössbauer effect is recoil-free gamma emission: no phonon (quantum of lattice vibration) is created, which is why the line is so sharp [memory, high]. Sound can shift such a line by the Doppler effect; that is established.
- A 1 MeV gamma ray in seawater has μ = 0.0707 cm²/g x 1.025 g/cm³ = 0.0725 per cm, an e-folding length of 13.8 cm. Through 1,000 ft (305 m) the fraction surviving is 10^-960 [calc; example.py B3; mass attenuation from https://physics.nist.gov/PhysRefData/XrayMassCoef/ComTab/water.html].
- A fusor (Farnsworth-Hirsch inertial electrostatic confinement device) accelerates deuterium ions with a grid voltage. Its best controlled runs gave more than 10^10 neutrons per second [web: https://iec.neep.wisc.edu/files/AmericanScientist.htm, secondary reprint]. Each neutron marks two deuterium-deuterium (D-D) reactions on average (half the reactions give a neutron), at a mean 3.65 MeV each: 11.7 mW of fusion power, against hundreds of watts to kilowatts of input, a gain Q of about 2 x 10^-5 [calc; example.py B4]. (Note the double use of the letter: in fusion, Q is the fusion gain, fusion power out divided by heating power in, with Q = 1 called break-even; in section 2 and 3.2, Q is the quality factor of a resonant circuit. They are unrelated.)
4. Where the inventor departs
Vassilatos is an author and teacher, not an inventor; his "departures" are readings of other people's work. The exact points, side by side:
| Topic | Textbook | Vassilatos | Where the reading breaks |
|---|---|---|---|
| What Tesla's "radiant energy" was | Tesla's 1901 patents: positively charged particles and rays from the Sun charge an elevated plate [web: US 685,957] | A neutral, non-electronic ether gas released by short one-way impulses, not stopped by "glass and copper" shields, felt at 50 ft and "several hundred yards" (PDF pp.9-35, deep read) | No operational definition or equation; at odds with Tesla's own patent wording. Tesla's 1892 article reports only that one insulated metal plate did not entirely stop the effect at six feet; the stronger version is not found in the Tesla texts checked. The "sting through shields" was never instrumented. |
| Tesla's 1,100 A | Circulating charging current I = ωCV of a metre-scale top load at 20 MV | "An unprecedented electron avalanche ... Indirectly this was a measure of aether flow" [read: PDF p.42] | The number is Tesla's own [web: tfcbooks 1917]; the reading as energy inflow is the author's. Reactive current is expected and needs no inflow. |
| Voltage at Colorado Springs | Tesla: "something like 20,000,000 volts" reached | 100,000,000 V "calculated" and applied in 1899 [read: PDF pp.38, 40] | 100 MV is Tesla's 1904 proposal for Wardenclyffe ("I propose to distribute ten thousand horse-power under a tension of one hundred million volts" [web: deep read 3.1]) read as an 1899 measurement. |
| Pulse timing | A pulse of 6.2 μs repeated 150,000 times a second leaves 0.47 μs between pulses | The rest period is "an important lost piece of information" [read: PDF p.41] | His own two numbers fix it [calc: deep read 3.2]. Neither number has a source. |
| Stationary waves | Tesla 1900: a "stationary" wave is one "with fixed nodal and ventral regions", i.e. a standing wave [web: Century 1900] | "Stationary waves" are one-way ether fountains, different from "standing waves" [read: PDF pp.41-43] | Contradicts Tesla's own definition. |
| Running without supply | Energy decays in about Q/ω (0.1 ms for Q = 100) | Disconnectable after seconds, an aether avalanche of "twenty minute or more", inferred from long photographic exposures [read: PDF pp.42, 44] | Simpler reading: the apparatus kept running while the shutter was open. No energy accounting exists. |
| Electrojet "potential" | 200 kV is horizontal, across ~4,400 km of polar cap | 200 kV is a "charging potential" multiplied by 300,000 A to give power available "from a single large terminal base" [read: PDF pp.131, 135] | I x V is collectable only if that current flows through that voltage into the load. The book's circuit has no defined path from the electrojet to the screen. |
| Coupling to ground | Induction (10 V/km, tens of amperes in long lines); air is an insulator below ~60 km | Timed HF "pumping" stores "charge clustres" which the solar wind drives down in a "tornadic stream" to a "VERY LARGE absorption area" [read: PDF pp.133-135] | No equation, measurement or source for any step (deep read section 7). |
| HF making ELF | Modulated HF heating of the electrojet radiates ELF/VLF (measured) | "HF wave energies are completely incapable of effecting the coherent ELF pulsations" [read: PDF p.125] | Contradicted by experiment. |
| Antenna scaling | Gain ∝ A/λ² | HAARP must be "1000 times the size of Arecibo" because 30 m / 0.03 m = 1000 [read: PDF p.129] | Correct scaling (1/λ²) gives a factor of a million and turns his conclusion around (870 GW, not 1 GW) [calc: mathematician]. |
| Gamma rays through water | e-folding 14 cm at 1 MeV | "Passing through several thousand feet of seawater, Gamma Rays suffer neither dispersions nor diminutions of strength" [read: PDF p.152] | Wrong by hundreds of orders of magnitude. |
The pattern across all of these: the author starts from a real report or a real number, then adds an interpretation (ether inflow, storage, funnelling) that he does not quantify. The departures are almost all at the step where a number would have had to be computed.
What the author gets right, and argues against others. He rejects the HAARP-as-weapon, directional EMP (electromagnetic pulse: the burst of radio-frequency energy from a nuclear or other explosion, strong enough to damage electronics), mind-control, ELF-standing-wave-targeting and missile-tracking readings, often with sound arguments: an ELF wave cannot resolve detail smaller than its own wavelength of thousands of kilometres; a skewed beam only makes a plasma patch that the magnetic field then controls; a fixed giant array is an easy first-strike target [read: deep read E3]. His description of the prototype's hardware (48 towers, 18 energised, 360 kW from 36 transmitters of 10 kW, 2.8-10 MHz, 3 x 300 kW diesel generators) matches the operator's record [web: https://haarp.gi.alaska.edu/faq, via the arbiter]. And Raytheon really did own the contractor, APTI (ARCO Power Technologies Inc., later Advanced Power Technologies [memory, high for the expansion]), from 1995 to 1998 [web: sites.md, Leads 4].
A suppression story checked against the record: the 1895 fire. The book says the 13 March 1895 destruction of Tesla's South Fifth Avenue laboratory was sabotage by dynamite [read: PDF p.36]. The contemporary accounts the Investigator found tell a different story without settling it: the fire began about 2:30 a.m. on the floors below the laboratory, according to the night watchman; oil-soaked premises below or a gas jet are the proposed causes; no account found mentions dynamite; and Tesla's biographer Marc Seifer [memory, high for the name] reports suspicion of the watchman, the one item in the record that leans toward deliberate arson [web via Investigator: http://teslapodcast.com/2022/03/24/show-notes-029-towering-inferno-1895/ ; https://teslauniverse.com/nikola-tesla/articles/inventor-teslas-loss]. Three readings remain: an ordinary fire (the simplest fit to the accounts found), arson possibly through the watchman (not excluded; no motive or paymaster named), and the book's targeted sabotage (no document). The arbiter rates "sabotage by dynamite" Never properly tested; the New York Sun and Herald of 13-14 March 1895 and any fire-marshal or insurance report would decide it [read: arbiter 10.3]. The same records show small slips in the book's Tesla chronology: Tesla called his post-fire laboratory "46 Houston Street" (the book: "40 West Houston"), and in 1931 he lived at the Hotel Governor Clinton, not the Hotel New Yorker (from 1934) [web via Investigator, arbiter 10.2-10.3]. Hammond Castle says John Hays Hammond Jr. was mentored by Tesla; nothing found supports the book's claim that Tesla was his "permanent guest" [web: https://hammondcastle.org/about-john-hays-hammond-jr/, via arbiter 10.3].
5. Worked example: can a ground screen collect the electrojet's 60 GW?
The HAARP chapter is the book's climax, and its one numeric thesis is: "During solar peak emissions, this pole-concentrated circulating ring, the auroral electrojet, represents a current of well over 300,000 Amperes at a charging potential of 200,000 Volts. The potential power of the auroral ring current is thus some 60 Gigawatts!" [read: PDF p.131], to be "tapped from a single large terminal base" [read: PDF p.135], the prototype's "12 acre copper screen ... poised on insulators 15 feet above the ground" [read: PDF p.129, page image]. We check it step by step. example.py (Part A) reproduces every number.
Step 1. The book's arithmetic
P = I V = (3.0 x 10^5 A) x (2.0 x 10^5 V) = 6.0 x 10^10 W = 60 GW.
The multiplication is right [calc].
Step 2. Is 60 GW a real natural number? (Fairness check)
NOAA's hemispheric power, the auroral energy falling into one hemisphere, is about 5-20 GW when quiet, about 50 GW when the aurora is active and over 100 GW in strong storms [web, section 2]. So:
- 60 GW / 50 GW = 1.2; 60 GW / 100 GW = 0.6 [calc].
Vassilatos's 60 GW is the right size for the whole aurora of one hemisphere in an active period. His inputs (a few hundred thousand amperes, about 200 kV) are also of the right size [memory, high; web: GI electrojet article]. The question is not whether the energy exists; it does. The question is whether one site can collect it.
Step 3. Where that power is
Model the auroral oval as a ring between 65° and 70° magnetic latitude, i.e. between colatitudes θ₁ = 20° and θ₂ = 25° (colatitude = 90° minus latitude). The area of a band on a sphere of radius R_E = 6.371 x 10^6 m is
A_oval = 2π R_E² (cos θ₁ - cos θ₂) = 2π (6.371 x 10^6)² (0.93969 - 0.90631) = 8.5 x 10^12 m².
(The arbiter's 7.6 x 10^12 m² used a slightly different band; the conclusion does not depend on the difference.)
If 60 GW is spread over that area, the mean energy flux is
F = 6.0 x 10^10 W / 8.5 x 10^12 m² = 7.0 x 10^-3 W/m² = 7.0 mW/m².
That matches measured auroral energy fluxes of about 1 to 100 mW/m² [memory, medium], so the picture is self-consistent.
And the 200 kV: it lies across the polar cap, whose diameter along the surface is 2 x 20° x (π/180) x R_E = 4,450 km. The average field driving the electrojet is 2.0 x 10^5 V / 4.45 x 10^6 m = 0.045 V/m, horizontal, at 100+ km altitude [calc]. There is no 200 kV between the electrojet and the ground for a load to sit across.
Step 4. Aperture bound: the most a 12-acre screen could catch
Suppose, generously, that every watt of auroral energy arriving over the screen's footprint were captured. The screen's area is 12 acres x 4,047 m²/acre = 4.86 x 10^4 m².
- At the mean flux: 7.0 x 10^-3 W/m² x 4.86 x 10^4 m² = 340 W.
- At a bright 100 mW/m²: 4.9 kW.
- Over the whole 33-acre lot at 100 mW/m²: 13 kW.
To collect 60 GW the screen would need to gather from 60 GW / 340 W = 1.8 x 10^8 times its own area, that is, from the entire 8.5 million km² oval [calc]. The book's "tornadic stream" is the step that would have to do that concentration; it is given no mechanism.
Step 5. Current bound: compare with the whole Earth's circuit
The whole Earth's fair-weather current from the ionosphere to the ground is about 1.8 kA [web, section 2]. The book needs one site to carry 300,000 A, which is 3 x 10^5 / 1.8 x 10^3 = 170 times the whole planet's air-earth current [calc]. The air between 60 km and the ground is the bottleneck, and it is an insulator, apart from lightning channels.
Step 6. Induction bound: the way auroral currents really reach the ground
The measured route is induction. In a storm the ground electric field can reach about 10 V/km = 0.01 V/m [web: GI Alaska Science Forum]. A square screen of 4.86 x 10^4 m² has a side of 220 m, so the EMF (electromotive force, the induced voltage) along it is 0.01 V/m x 220 m = 2.2 V. Even if the screen carried the entire 300,000 A of the electrojet through that EMF, the power would be
P = 3.0 x 10^5 A x 2.2 V = 0.66 MW,
about 90,000 times short of 60 GW [calc]. The real counterpart, a pipeline 800 km long carrying 50 A in a 10 V/km field, gives 50 A x (10 V/km x 800 km) = 0.4 MW at most, and that is already among the largest naturally driven ground circuits. (The arbiter's version uses the 0.045 V/m ionospheric field instead of the ground field and gets 3.2 MW; that is more generous still, and still four orders of magnitude short.)
Step 7. Even if it worked: the size of the prize
60 GW running all year gives 6.0 x 10^10 W x 3.156 x 10^7 s = 1.9 x 10^18 J = 1.9 EJ (exajoules), about 0.3% of the world's yearly primary energy of roughly 600 EJ [calc; world figure memory, medium]. And it is available only in active periods, as the book itself notes ("during solar peak emissions"). So even total success would not "replace oil".
What the example shows
- The author's numbers for the natural phenomenon are good. The 60 GW is roughly the aurora's real power for a hemisphere in an active period.
- Every route from that power to a 12-acre ground screen falls short by four to eight orders of magnitude: by aperture (hundreds of watts to kilowatts), by current through the air (the whole Earth carries 1.8 kA), and by induction (under a megawatt even with the whole electrojet current). The arbiter rules the 60 GW claim Refuted by calculation.
- The mistake is instructive: I x V gives a power only when the current flows through the voltage into the load. The electrojet's 200 kV is horizontal across a continent-sized cap; its current closes in the ionosphere and the magnetosphere, not through the ground. Writing "300,000 A x 200,000 V" puts two real numbers together in a circuit that does not exist.
- The one part that survives in a narrow form is the idea that a small transmitter can steer a large natural current. That is measured: HF heating modulates the electrojet and makes it radiate ELF/VLF waves. But what comes out is a radio signal of watts, not a power supply.
6. Evidence table
Verdicts are the arbiter's final verdicts (arbiter.md section 2), split where the arbiter split them.
| Claim | Tested? | Result | Replicated? | Verdict |
|---|---|---|---|---|
| 1a. Short high-voltage pulses give strong, duration-dependent effects | Yes (transient physics; nerve strength-duration measurements) | Effects real; the book's specific pulse-duration scale is the author's, not found in any Tesla text checked | Yes | Established (as physiology; the scale is not a Tesla finding) |
| 1b. Pulses pass a continuous, closed, grounded copper shield | By calculation | 1 mm copper at 150 kHz gives about 51 dB attenuation | n/a | Refuted by calculation |
| 1c. Tesla's own 1892 report: effect felt at six feet or more, not entirely stopped by an insulated metal plate | No instrumented repeat on record | Fits a spark's blast wave, diffraction round a plate, or capacitive and magnetic leakage, as well as Tesla's "waves of electrified air" | No | Plausible, untested |
| 1d. The book's stronger version: glass and copper shields "as if not there", 50 ft, "several hundred yards"; Theroux's 12 ft streamers (Theroux edited the book) | No instrumented test on record | Not traceable to a Tesla text; no instrument, thickness, closure or grounding stated | No | Never properly tested, not traceable to a Tesla text |
| 1e. Dollard's 1985 "line interferometry" showing a superluminal component (videos sold by the publisher, BSRF) | No velocity, line or instrument given | Phase velocities above c occur in ordinary dispersive lines and carry no signal | No | Not testable as stated |
| 1f. Henry (1842) and Thomson (1872/1875) as shield precedents | Observations recorded in their time | Real effects at a distance; conventional induction readings | n/a | Established as observations (they say nothing about a non-EM channel) |
| 1g. Piggot's and Nipher's charge-gravity reports; Hodowanec's ether currents that "continue to flow" for hours | Articles not obtained | Nipher reported a reduction, later ascribed to electrostatic forces [memory, medium] | No | Never properly tested |
| 1h. A neutral, non-electromagnetic ether gas | No operational definition | Conflicts with Tesla's 1901 patent wording | n/a | Not testable as stated |
| 2a. High-Q resonant transformer, large circulating current (Tesla's own 1,100 A), streamers, near-field lamp lighting, small running power with no load | Yes (standard engineering; Tesla's own statements) | Consistent | Yes (many large Tesla coils) | Established |
| 2b. 100 MV and 10,000 hp as Colorado Springs achievements | Documentary check | A 1904 Wardenclyffe proposal read as an 1899 measurement; 100 MV would need 833 ft of coil by the book's own 10 kV per inch rule | n/a | Internally inconsistent (a misattribution of Tesla's 1904 plan) |
| 2c. 150,000 pulses/s of 0.0062 ms with a "lost" rest period | Arithmetic | Rest period fixed at 0.47 μs by the book's own numbers | n/a | Internally inconsistent |
| 2d. 200 lamps at 26 miles by radiation | By calculation | Needs at least 100-230 MW on the best antenna | n/a | Refuted by calculation |
| 2e. 200 lamps at 26 miles by earth conduction; as a historical event | No | Source is O'Neill's 1944 reconstruction "by piecing together the fragmentary material"; no measurement record | No | Never properly tested |
| 2f. Energy "drawn from space", station disconnectable | No energy accounting by anyone | Strong form (rings for seconds to minutes without supply) contradicts Q/ω of microseconds to milliseconds | No | Never properly tested; strong persistence form Refuted by calculation |
| 2g. Savo's 1931 Pierce-Arrow car run by a Tesla receiver | No | One witness (Savo, via Ahlers 1967, 36 years later); car not recovered; "70-L-7" tubes date from about 1939-1947 | No | Never properly tested; any radiated or ambient supply Refuted by calculation |
| 3a. Marconi plagiarised Tesla | Legal record | 1943 Supreme Court: Stone anticipated Marconi's broad claims; Tesla's 645,576 "anticipated" features of the four-circuit system; no priority awarded to Tesla | n/a | Not testable as stated |
| 3b. A "Teslian component" carried Marconi's 1901 signal | No calculation given | n/a | n/a | Not testable as stated |
| 3c. The "Tesla Rule" | Logical check | Used both ways (HAARP copies Tesla; HAARP is "the very antithesis" of Tesla) | n/a | Internally inconsistent |
| 3d. Oligarchic "Houses" direct suppression | One named source, a private conversation ("Napolitano", 1996) | Morgan's withdrawal and Wardenclyffe's foreclosure are documented; motive not | n/a | Not testable as stated |
| 3e. Marconi's sole priority "ratified in 1915" by a court the book says was paid | No court, case or patent named | The documented ruling is 1943 and went against Marconi's broad claims | n/a | Not testable as stated |
| 3f. The 1895 laboratory fire was sabotage by dynamite | Contemporary accounts (via the Investigator) | Fire began on the floors below; oil or a gas jet proposed; watchman suspected (Seifer); no account mentions dynamite | No | Never properly tested |
| 4a. Nuclear EMP damages equipment at great distance | Yes (Starfish Prime 1962) | Established; the book's Argus altitude (12,900 miles, inside the outer Van Allen belt as the book says) is 26x to 117x the real 110-493 miles; its Starfish "27,000 miles near the North Magnetic Pole" was really about 250 miles over the central Pacific | Yes | Established |
| 4b. "Clear Atomic Light" from buried explosions | Patent (De Ment) not obtained | Weak form (an explosion as a one-shot intense light and radiation source) consistent with physics; beams and 10 TW/m² unrecorded | No | Weak form Plausible, untested; beams Never properly tested |
| 4c. Mössbauer gamma bombs; complete conversion of matter into gamma rays | By calculation | Co-57 stores 400x less energy per kg than fission; baryon number conserved | n/a | Refuted by calculation |
| 4d. Half-life changed by sound or non-nuclear means; Hf-178m2 triggering | Yes (Argonne repeat of hafnium work; decay-constancy tests) | Not supported | Negative results replicated | Tested, not supported |
| 4e. Gamma communications to submarines at any depth | By calculation | 10^-960 surviving through 1,000 ft of seawater at 1 MeV | n/a | Refuted by calculation; gamma-ray laser Never properly tested |
| 4f. "Beamray" devices (Grindell-Matthews, Hettinger, McCullough, Reno) "tested and classified during World War II" | No government record cited | Stated once; the book elsewhere says they had "scarcely sufficient penetrating energy" | No | Never properly tested |
| 4g. Radar pulses "focus terrestrial dielectric energy" into an EMP ray | No tests named, no equations | Mainstream EMP mechanism is Compton electrons in the geomagnetic field [memory, medium] | n/a | Not testable as stated |
| 4h. Teller's X-ray laser "identical" to Reiffel's 1957 patent | Shape comparison only | The book gives the two devices different power sources | n/a | Not testable as stated |
| 4i. Reich's neutralisation of radium and cobalt-60; biosensors "going dead" | No measurements | Single 70-year-old account; Reich museum's Oranur account points to heightened, not removed, activity | No | Never properly tested |
| 5a. HAARP prototype is a conventional HF heater, not Tesla technology; hardware as described | Operator's record | Hardware description accurate | n/a | Established |
| 5a'. Its purpose is drawing electrojet power, reached "in the absence of all other evidence" by elimination | No record either way | Reasoning by elimination; the plain alternative (research facility) left out | n/a | Not testable as stated |
| 5b. "Industry owns HAARP" | Records | Raytheon owned the contractor APTI 1995-98; HAARP was a programme of the USAF (US Air Force), the Navy and DARPA (Defense Advanced Research Projects Agency) | n/a | Never properly tested (as an ownership claim) |
| 5c. "HF cannot make ELF" | Yes (HAARP, Tromsø, HIPAS) | ELF/VLF generated by modulated HF heating | Yes | Tested, not supported |
| 5d. 60 GW drawn to a 12-acre screen at no fuel cost | By calculation (section 5) | Aperture: kW; induction: under a few MW; current: 170x the global circuit | n/a | Refuted by calculation |
| 5e. The "bunching", "tornadic stream", "valve" mechanism | No equations | n/a | n/a | Not testable as stated |
| 5f. "1000 times Arecibo" scaling | By calculation | Correct 1/λ² scaling gives the opposite conclusion | n/a | Internally inconsistent |
| 5g. "Major announcements ... soon" | 29 years of record | No announcement; facility runs on diesel, transferred to UAF (University of Alaska Fairbanks) in 2015 | n/a | Tested, not supported |
| 5h. SEAFARER (the Navy's ELF submarine-communication system) disrupted by "a few audio-frequency watts" injected into the ground by amateurs | No experimenter, date or figure named | One published source (this book) | No | Never properly tested |
| 6a. Siple-Roberval amplification of injected VLF | Yes | 30-50 dB gains | Yes | Established |
| 6b. Lemström's glow (22 Dec 1882), Corliss ground-level aurora reports, Norwood 1929 | Reports only | Real reports; no instrument measured a ground-level aurora | Lemström "apparently never replicated" (Corliss) | Established as reports; whether aurora reaches the ground Never properly tested |
| 6c. Long-delay echoes (heard 1927, tested 1928) | Observed | Real; cause still open | Yes, observed many times | Established as observation; cause Never properly tested |
| 6d. 19th-century atmospheric-electricity collector patents (Vion 1860, Ward 1872, Dewey 1889, Palencsar 1901, Pennock 1909) | Patents exist; no outputs recorded | Fair-weather collection gives microamps per km² | No | Plausible, untested |
| 6e. A transmitter can pull auroral energy down to the ground | No direct test | Power scale ruled out (5d) | No | Never properly tested |
| 7a. A fusor produces D-D fusion neutrons | Yes | More than 10^10 n/s (Hirsch 1967) | Yes (amateur fusors) | Established |
| 7b. Farnsworth's "self-sustained fusion with an electrical output of enormous value" (1966) | Yes | Q about 10^-5 to 10^-6; reactions lasted "no longer than thirty seconds" (family archive) | No fusor near break-even | Tested, not supported |
| 7c. Suppression through ITT | Records not obtained | ITT ended funding 1966-67 (documented); motive unrecorded | n/a | Never properly tested |
7. What a learner should take away
What is solid. - Many of the starting facts are real and worth knowing: Tesla's 1,100 A and roughly 20 MV; the prototype HAARP hardware; Raytheon's 1995-98 ownership of the HAARP contractor; the Eastlund patent's own citations, which are Tesla items only (Liberty 1935; New York Times 1915 and 1940) [web: https://patents.google.com/patent/US4686605A/en]; nuclear EMP; the long-delay echoes; Siple-Roberval amplification; the size of the electrojet and of the aurora's power; auroral currents in pipelines; the fusor's neutrons. - The author's rebuttals of HAARP-as-weapon readings are often sound physics (diffraction limits for ELF, magnetic control of plasma), and he says plainly "Do not allow yourself to be used by conspiracy writers" [read: PDF p.122].
What is wrong, and why the mistake is instructive. - Multiplying numbers that are not in the same circuit. 300,000 A x 200,000 V and 1,100 A x 100 MV are both products of real-sized numbers, but neither is a power anyone can collect: the first because the voltage is horizontal across the polar cap and the current never flows to the ground; the second because circulating current in a resonator is 90° out of phase with the voltage. Section 5 is the general lesson: before quoting P = I V, name the load and the path. - Area and flux. A natural power of tens of GW spread over 8.5 million km² is a few mW per square metre. Any collector catches flux times its area unless a concentration mechanism is shown and quantified. - Scaling laws. "1000 times Arecibo" uses the wavelength ratio where the physics needs its square. Getting an exponent wrong reverses a conclusion. - Exponential attenuation. "Neither dispersions nor diminutions of strength" through seawater ignores that absorption compounds: every 14 cm of water removes a further 63% of 1 MeV gamma rays. - Plans read as results. 100 MV and 10,000 hp were Tesla's 1904 plan, not 1899 measurements; patents describe intended operation, not demonstrated performance. - Figures without sources. The deep reads found errors of detail that a reader can check: Sputnik I dated 1956 (it was 1957); "Little Boy" called a plutonium bomb (it was uranium-235); Mössbauer placed at Caltech for his discovery (it was Heidelberg); the cavity magnetron credited to Watson-Watt's group (it was Randall and Boot); Fessenden's Brant Rock put in Nova Scotia (it is in Massachusetts); Argus and Starfish altitudes off by factors of 26 to over 100; West Ford's 1961 failure reported without its 1963 success [memory, high or medium-high for most; web for Argus, Starfish and West Ford; arbiter 10.3-10.4]. None changes a verdict, but together they show why a number in this book needs a second source before it is used. - Reasoning by elimination. The author eliminates every reading of HAARP but one and then treats the last as established. Elimination only works when the list of alternatives is complete; here it left out the plain one (an ionospheric research facility), which is what the record shows.
What is genuinely open. - What Tesla actually felt through his shields, and whether any instrumented repeat (Dollard's reported reproduction) exists. The first task is documentary: Tesla's February 1892 London lecture and his 1893 lectures, to see whether the book's shield, pulse-scale and 10,000 V per inch statements appear anywhere in Tesla's own words (they are not in the 1892 article or the 1901 patents); and Dollard's 1985-86 videos, for any measurement behind "superluminal". The physical test: a sealed 1 mm copper box with a calibrated 1-6 μs impulse source outside and a probe inside, repeated with a seam, would settle it cheaply. - The supply power at Colorado Springs and whether the 26-mile lamp test happened; Tesla's Colorado Springs Notes (1978 edition) are the record. The earth-conduction route Tesla proposed was not quantified by anyone in this review. A competing reading of the Colorado Springs work is recorded in the book itself: Toby Grotz, who led a 1980s recreation ("Project Tesla"), held that Tesla "merely stored energy in the earth" [read: PDF p.43]. - Long-delay echoes remain without an accepted explanation; the author's storage idea is one candidate among several. - Whether aurora ever reaches the ground: an instrumented low-aurora event (camera triangulation plus a ground field mill), and the original Nature 127:108 (1931) note on Norwood. - The Savo car: Savo's identity, Ahlers's notes, any contemporary Buffalo record. One witness through one interviewer, with a tube-dating anomaly; neither confirmed nor shown false. Ahlers's 1967 summary gives the leads by which the witness could be traced: Savo born in Knin, trained at Wiener Neustadt; Tesla's secretary said to have "told General Electric"; a Yugoslav diplomat asking after the car. His identity is contested (a genealogy lists a nephew Sava Kosanovic; Open Tesla Research says Tesla had no nephew of that name) [web via Investigator: http://www.tfcbooks.com/special/savo_account.htm; arbiter 10.2]. - The 1895 fire (section 4): ordinary fire, arson through the watchman, or targeted sabotage. The New York Sun and Herald of 13-14 March 1895 and any fire-marshal, insurance or police report would decide it. - The SEAFARER disruption by "a few audio-frequency watts" (PDF p.119): the 1977 Seafarer environmental impact statement and Navy hearings are the records to search. - ITT and Farnsworth: the board minutes and the notebooks (University of Utah MS 0648, Boxes 16-17) would decide what was measured and why funding stopped. - The E-Systems and Raytheon HAARP contract reports (DTIC, the Defense Technical Information Center) would show whether electrojet "contact" or energy was ever studied. Not obtained is not the same as negative.
8. Check yourself
- Tesla reported 1,100 A in his antenna at about 20 MV. Explain why 22 GW is not the power his station delivered, and estimate the top-load capacitance at 150 kHz.
- The auroral oval receives about 50 GW in an active period. What power falls on a 1 km² collector at the oval's mean flux? How does that compare with the book's claim for a 12-acre screen?
- The book says crossed dipoles fed 180° apart give circular polarisation. What phase difference is needed, and what does 180° give?
- A long-delay echo returns after 12 s. How far away is the reflector, in Earth-Moon distances (384,400 km)? Where might the book's "6 times further than the moon" have come from?
- Why does the author's own pair of figures (150,000 groups per second and 6.2 μs pulses) contradict his statement that the rest period is "lost"?
9. Further reading
Mainstream. - D. J. Griffiths, Introduction to Electrodynamics: Chapter 7 (electrodynamics, including Faraday's law and displacement current), Chapter 9 (electromagnetic waves, including conductors) and Chapter 11 (radiation). - M. G. Kivelson and C. T. Russell (eds.), Introduction to Space Physics (Cambridge), for the magnetosphere, ionosphere and auroral currents. - M. C. Kelley, The Earth's Ionosphere: Plasma Physics and Electrodynamics, for ionospheric heating and electrojets. - Feynman, Leighton and Sands, The Feynman Lectures on Physics, Vol. II, Chapter 9, "Electricity in the Atmosphere". - K. S. Krane, Introductory Nuclear Physics, for decay, gamma rays and attenuation. - HAARP operator's history and FAQ: https://haarp.gi.alaska.edu/faq - University of Alaska Geophysical Institute, Alaska Science Forum articles on auroral electrojets and ground currents (URLs in section 2). - NIST XCOM / X-ray mass attenuation tables for water: https://physics.nist.gov/PhysRefData/XrayMassCoef/ComTab/water.html - R. L. Hirsch, "Inertial-electrostatic confinement of ionized fusion gases", J. Appl. Phys. 38:4522 (1967) (not opened in this review). - R. A. Helliwell and colleagues on the Siple Station VLF injection experiments (1974; 1988).
Tesla's own texts (primary). - N. Tesla, "The Problem of Increasing Human Energy", Century Magazine, June 1900: https://en.wikisource.org/wiki/The_Problem_of_Increasing_Human_Energy - N. Tesla, "The Transmission of Electric Energy Without Wires", Electrical World and Engineer, 5 March 1904. - N. Tesla, Edison Medal speech, 1917: http://www.tfcbooks.com/tesla/1917-05-08.htm - N. Tesla, US patents 685,957 and 685,958 (1901), "Apparatus for the Utilization of Radiant Energy". - N. Tesla, Colorado Springs Notes 1899-1900 (Nolit, Beograd, 1978), the record that would settle most of claim 2 (not read in this review).
The author's own key works. - G. Vassilatos, Secrets of Cold War Technology: Project HAARP and Beyond (Borderland Sciences, 1996; Adventures Unlimited, 2000), the book reviewed here. - G. Vassilatos, "HAARP With No Strings: What is the IRI?", Borderlands 52(3), 1996, and "Drawing Usable Electrical Power from the Aurora Borealis", Journal of Borderland Research 53(2), 1997: https://borderlandsciences.org/journal/vol/52/n03/Vassilatos_on_HAARP_IRI.html ; https://borderlandsciences.org/journal/vol/53/n02/Vassilatos_on_Aurora_Power.html - G. Vassilatos, Declassified Patents of the Cold War and SDI: Companion Study Guide (1997): https://archive.org/details/gerry-vassilatos-declassified-patents-of-the-cold-war-and-sdi-1997-borderland-sc - G. Vassilatos, Lost Science and the Vril Compendium (Borderland Sciences).
Sources the book draws on. - J. J. O'Neill, Prodigal Genius (1944), origin of the 26-mile lamp story. - W. R. Corliss, Lightning, Auroras, Nocturnal Lights and Related Luminous Phenomena (Sourcebook Project, 1985). - D. Ahlers, summary of the 1967 Savo interview: http://www.tfcbooks.com/special/savo_account.htm - B. J. Eastlund, US patent 4,686,605 (1987): https://patents.google.com/patent/US4686605A/en - Marconi Wireless Telegraph Co. v. United States, 320 U.S. 1 (1943): https://www.law.cornell.edu/supremecourt/text/320/1
Answers
- In a resonant circuit the current and voltage are 90° apart, so the product V I is reactive power: energy flows into the top load for a quarter cycle and back out for the next, averaging zero. Only the small in-phase part (losses, streamers, any load) is real power. C = I / (ωV) = 1,100 / (2π x 1.5 x 10^5 x 2 x 10^7) = 58 pF, about a sphere of radius 0.5 m (C = 4πε₀r).
- Mean flux at 50 GW over 8.5 x 10^12 m² is 5.9 mW/m², so 1 km² (10^6 m²) receives about 5.9 kW. The book wants 60 GW from 0.049 km², i.e. about 10^8 times the flux it would actually intercept.
- A 90° phase difference between the two crossed dipoles gives circular polarisation. At 180° the two components are simply opposite in sign, so they add along a fixed diagonal: linear polarisation.
- The round trip is 12 s x 3.00 x 10^8 m/s = 3.6 x 10^9 m; the reflector is at half that, 1.8 x 10^9 m = 4.7 Earth-Moon distances (example.py B5). A mean delay of about 7.7 s gives a whole path of 6.0 lunar distances, so the author seems to have quoted path length as reflector distance (mathematician; arbiter).
- One group lasts 1/150,000 s = 6.667 μs. If the pulse is 6.2 μs, the rest is 6.667 - 6.2 = 0.467 μs, determined by his own numbers. Either the numbers are exact and the rest period is known, or they are loose and he cannot claim 150,000 groups of 6.2 μs pulses.
Notes for the orchestrator (no verdict changes)
- QE remediation applied (2026-10-08). Gamma quote page corrected to PDF p.152; acronyms dB, dBi, NOAA, UAF, ITT, APTI, DARPA, USAF, EMP, BSRF defined at first use, and the double use of Q noted; Henry and Thomson added to section 3.1 with the induction reading; the finding that the shield, pulse-scale and 10,000 V per inch statements are not in Tesla's checked texts added to 3.1 and section 4; the 1895 fire record, 46 Houston Street, Governor Clinton and Hammond findings added to section 4; Grotz's reading and the Ahlers tracing details added to section 7; Theroux's double role added to Interested parties; evidence table mirrors arbiter 10.6 (2b reworded, 5a split, Argus gloss corrected, new rows 1c-1g, 3e-3f, 4f-4h, 5h).
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Stale copy in arbiter.md section 9 (for the orchestrator). Section 9, item 2 still reads "100 MV as measured Historically superseded but instructive and Internally inconsistent", and item 5 does not show the 5a split (hardware Established; electrojet purpose Not testable as stated). Sections 2 and 10.6 carry the revised verdicts, which this primer follows.
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Web check added by the primer. The physicist's [memory, medium] statement that 60 GW is about the whole polar ionosphere's natural dissipation in active times is supported: NOAA hemispheric power runs about 5-20 GW quiet, about 50 GW active and over 100 GW in strong storms [web: https://www.spaceweatherlive.com/en/news/view/336/20180405-new-front-page.html ; https://dmsp.bc.edu/html2/dmspssj4_hp.html]. This strengthens the fair reading that the author's natural-power figure is right in size; the verdict on collecting it is unchanged.
- Small difference from the arbiter (not an error). The arbiter's induction bound (3.2 MW) applies the 0.045 V/m ionospheric cross-cap field to a ground screen. A screen on the ground sees the geoelectric field at the ground (up to about 10 V/km = 0.01 V/m in storms), which gives 0.66 MW for the same generous 300,000 A. Both bounds are four or more orders of magnitude short, so nothing changes. The auroral oval area here is 8.5 x 10^12 m² (band 65°-70°) against the arbiter's 7.6 x 10^12 m²; the conclusion does not depend on it.