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Originally posted by Roald
Energy blasted upward from an ionospheric heater is not much compared to the total in the ionosphere, but HAARP documents and documents from our own EISCAT admit that thousandfold-greater amounts of energy can be released in the ionosphere than injected, so let's cut the crap.
The ELF produced by HAARP is barely strong enough to be subject to whistler mode amplification and then only under good conditions.
For the original 960 kW HF HAARP array, radiated ELF power was estimated to range between 2 W and 30 W[Moore et al., 2007; Platino et al., 2006]. Assuming a best case linear scaling, the 3.6 MW HAARP array has a maximum ELF radiation power on the order of 100 W, compared to over 1 kW for the Siple transmitter [Helliwell,1988]. Therefore, HAARP ELF waves injected into the magnetosphere are likely often close to the minimum threshold necessary for magnetospheric amplification on highly active paths[Helliwell et al., 1980].
Our results may serve as an indication of the possible control of dynamics of a complex seismic process by strong EM impacts,at least in the temporal domain. We suppose that, released by a series of EM discharges, energy my lead to dynamical stabilization of a high dimensional crustal system responsible for the temporal distribution of earthquakes.
Have anyone heard about or studied: "Electromagnetic control of earthquake dynamics", "Discharge of Tectonic Stresses in the Earth Crust by High-power Electric" or "Electrical Properties of Rocks"?
Putterman, if you have heard about it, connect it with another interesting field, "pre-earthquake signals".
The average nonlinear resonant current vector is found to rotate in relation to the input wavefields during growth, and the magnetospheric linear growth rate is estimated to be 31–45 dB/s.
However, whistler mode amplification is often characterized by nonlinear effects such as modification of the electron distribution and generation of wave frequencies different from that of the input wave.
Previous results show that the HAARP facility is most effective in injecting signals directly overhead [Piddyachiyet al., 2008] and observations of amplification are most frequent when the plasmasphere extends to HAARP latitudes or higher [Gołkowski et al., 2008].
HAARP, Earthquakes, and Hurricanes
Can HAARP manipulate storms, hurricanes, and earthquakes? There is definitely a correlation between these events and when HAARP is active. This article will give some examples of that correlation. And while that alone does not prove a direct causal relationship, the physics of HAARP and the political agenda behind the program suggest that weather and earthquake manipulation is both possible and likely.
Physics of HAARP
What makes these ionospheric heaters so useful is that they consist of phased arrays. A phased array is a grid of antennas whose phases (timing) and amplitudes are individually adjustable. This means a great variety of different combinations can be tried out, synthesizing new and complex total wave forms. Phasing allows the output to be pointed in different directions without having to move the antennas themselves.
For anyone familiar with the works of Tom Bearden, phased arrays also allow for partial phase conjugation or canceling of the emitted electromagnetic waves. When EM waves have either (or both) of their electric and magnetic components canceled, the contained energy takes the form of a longitudinal / potential / scalar / gravitational / temporal wave instead.
Ionospheric heaters can also “control electron density gradients and the refractive properties in selected regions of the ionosphere” meaning it can modulate ionospheric electron density. That is another powerful method of generating longitudinal waves, using the sky itself as a giant longitudinal antenna.
And so phased arrays can be used to generate an entirely different type of radiation, one that cannot be detected with standard EM-measuring instruments. Depending on their frequency and type, these waves can theoretically affect human emotion and biology, influence the weather, alter tectonic dynamics, and even manipulate our surrounding hyper-dimensional environment to allow for controlled invisibility and interdimensional maneuvering of military personnel and vehicles. In essence, everything that regular electromagnetic waves cannot really do.
This much I find plausible, that HAARP-like technologies are active on a level superseding those of regular electromagnetism, and that this is what HAARP and its sister facilities are really being used for. It is nothing the public knows about or can comprehend because this technology uses an expanded kind of physics of which only a small and sterilized subset comprises mainstream college textbooks. But it can be figured out if you have a physics background and study the implications and applications of force-free potential fields.
The military's own Executive Summary of the HAARP program clearly states their reliance on ELF waves. Instead of transmitting these waves from ground based transmitters, HAARP created these waves through the use of "pulse" transmissions of their HF energy beams. Or, to put it another way, HAARP duplicated the ELF signals by turning their signal on and off at rates (30 to 3000 cycles per second) within the ELF range. The result is that ELF radiation could be directed to a specific area on the surface of the planet, at will.
In super potential theory, which was initiated by a paper by E.T. Whittaker in 1904, it is possible to produce EM force fields and force field energy at a distance. Whittaker showed that all EM fields and waves can be decomposed into two scalar potential functions. It follows that, by assembling two such scalar potential functions in beams , one can produce a scalar potential interferometer where the potential beams intersect at a distance. In that interference zone, ordinary transverse EM fields and energy appear.
So, is it difficult to make a scalar potential? No, because the scalar potential is just a harmonic assembly of bidirectional longitudinal EM wave pairs.
Here’s how the weather engineering is usually accomplished:
First, take two scalar potential beam transmitters, separated on the necessary baseline to form a beam interferometer . ( HAARP/HIPAS or HAARP/EISCAT near Tromsø, Norway).
Check The WIND-HAARP-HIPAS Interferometer Experiment at the DOD Network Information Center, and HAARP HIGH POWER EXPERIMENTS from the same DOD Network Information Center for more info.
Now in that distant interference zone (IZ) , there is an ambient vacuum potential (space-time potential, or space-time stress). If the electrical circuit grounds of the interferometer transmitters are biased ABOVE the ambient potential in the interference zone IZ, then scattering EM energy (heating) emerges in the IZ. This is the exothermic mode of operation. If the electrical circuit grounds of the interferometer are biased negatively below the ambient potential in the interference zone IZ, then convergent EM energy (cooling) emerges in the IZ. This is the endothermic mode of operation.
So by merely biasing the electrical grounds of a scalar potential interferometer , they can produce heating or cooling in the distant interference zone IZ. If they just "radiates," they produce distant steady heating or steady cooling. If they sharply pulses the interferometer, they produce a distant hot explosion or a distant cold explosion .
They can also, of course, form various forms of energy at a distance, including particularly hemispheric shells of energy and spherical shells of energy.
So, let’s do some weather engineering.
Focus the interference zone (IZ) on the other side of the earth (beam right through the earth and ocean) to a given desired area in the atmosphere. Bias your transmitters positively. You produce atmospheric heating in the air in the IZ, so that the air expands and you have produced a "low" pressure zone. Now use a second interferometer biased negatively, and place it at a distant IZ desired. In that IZ, you cool the air so that it shrinks and becomes denser, and you have created a "high" pressure area. Now place several such interference zones (IZ’s) , with the desired highs and lows, near a jet stream. The jet stream will be deviated toward a low and away from a high. By varying the transmitted energy and the interference zones (IZ’s) , location (just move it gradually along), you can entrain and steer the jet streams, and therefore effectively "steer" the resulting weather.
Want to create tornadoes?
Just make several sharp bends in the jet streams, and also speed them up a bit. The additional angular momentum imparted to the air masses will spawn off littler rotations (tornadoes). By focusing the interference zones (IZ’s) underneath the ocean, one can heat or cool the water in a selected area, over a period of time. So you can aggravate or ease El Niño , e.g.
Want to make earthquakes?
Just focus the interference zones (IZ’s) in a large fault zone -- say such as the San Andreas Fault in California. Use the exothermic interferometry mode. You deposit energy slowly in that fault zone. The stress increases. Eventually the plate edges shift and you have an earthquake. If you want a very powerful quake, put the energy in gradually, so that a sort of "over potential " or "overpressure " builds up, past where the rocks would normally slip. Then when they let go, you’ve got a real nice big one. You can see what might happen if they also toy around with a sleeping volcano .
The object of the present paper is to show that when any number of electrons are moving in any manner, the functions which define the resulting electrodynamics field, namely, the three components of dielectric displacement in the aether and the three components of the magnetic force at every point of the field can be expressed in terms of the derivates of two scalar potential functions.
Originally posted by Phage..... the existence of "scalar waves" has never been demonstrated.
If we are able to generate and detect this wave, we receive, at least, new means of radio communication.
This is the infamous single wire transmission line. It apparantly uses longitudinal waves! However, there is nothing crackpot about it, since it obeys conventional physics: the propagating electric and magnetic fields are at 90 degrees to each other. Successive globs of positive and negative charge-imbalance are moving along the coil, and these globs/waves are linked to each other via the surrounding EM fields. The EM fields are transverse. And the only thing which acts like a "longitudinal" wave is the density of free electrons in the wire. Is this crazy stuff? Nope. All circuits have longitudinal waves in their charge density. It's not much difference than a coax cable. Within a normal piece of coax, the electrons of the metal move as part of a compression wave, even though the EM fields within the cable's dielectric remain part of a transverse wave.