Hi Phage,
Originally posted by Phage
Your first quote is talking about mechanical waves, not electromagnetic waves. There are no similarities.
Well the point of bring it up was to show the general mechanism by which weapon effects could be achieved trough interferometry by means of EM or
mechanical/compression waves.
Your second quote is talking about how if you are looking at two flashlights held side by side, it's brighter (big surprise). Unless you are
suggesting that HAARP has a nearby twin I don't see the relevance.
The second link is about constructive interference, and the increased amplitude resulting from coherent waves and the possibilities that entails for
atmospheric manipulation over distance. I mean what do you not understand about HAARP as ion-spheric 'heater'? Can you not at least accept that
given sufficient magnitude in ability to manipulate the atmosphere trough pressure changes , resulting from heating, one is effectively changing at
least local weather patterns and that the effect would only be limited by your capacity and interest to keep focusing the energy in certain areas?
The phenomenon of earthquake lights was first recorded in 373 BC. Current theory is that they are a result of seismic activity, not a
cause.
inamidst.com...
Well known, yes. There isn't as far as i know anything knew about those and i certainly did not confuse cause with effect. What i am saying is that
Tesla said in documented statements that these were the expected effects of employing his technologies as seismic/de weapons. Why were such effects
observed in the aftermath of the Tungushka event when we know it wasn't seismic event?
Tesla theorized about a "death ray" but the generator was never built. The Wardenclyffe tower was designed for use in communications and the
wireless transmission of power. It was never completed. It is absurd to connect Tesla with the Tunguska blast. "Wildly improbable" is a charitable
description of that story.
You say 'wireless transmission of power' like it isn't dangerous.

Are bullets attached to wires? Missiles? Would you classify lasers as the
'wireless' transmission of energy?
But at least i know where you, or perhaps rather refuse to,stand right?
While Tesla did a lot of research with high frequency electricity, it can hardly be said that we are "rediscovering" EM theory that he
developed. In fact, we know very much more about the behavior of electromagnetic energy that Tesla ever did.
"As soon as [the Wardenclyffe facility is] completed, it will be possible for a business man in New York to dictate instructions, and have them
instantly appear in type at his office in London or elsewhere. He will be able to call up, from his desk, and talk to any telephone subscriber on the
globe, without any change whatever in the existing equipment. An inexpensive instrument, not bigger than a watch, will enable its bearer to hear
anywhere, on sea or land, music or song, the speech of a political leader, the address of an eminent man of science, or the sermon of an eloquent
clergyman, delivered in some other place, however distant. In the same manner any picture, character, drawing, or print can be transferred from one to
another place ..." - Nikola Tesla, "The Future of the Wireless Art", Wireless Telegraphy and Telephony, 1908, pg. 67-71.
So why do we not have wireless energy power stations? Because you believe that it isn't possible despite the fact that he demonstrated it more than a
hundred years ago? Is what we know just built on the same wrong foundations Tesla argued against back then? Is that why we do not have the
technologies he suggested or , as you argued, because they are just not possible?
The "electromagnetic longitudinal waves" of his theories have never been found to exist.
Oh they are known to exist but as far as the Heaviside generalizations of Maxwell's ( yes, Tesla was working with the original Maxwell Diffrential
equations) equations they are limited to very specific conditions.
Maxwell's equations lead to the prediction of electromagnetic waves in a vacuum, which are transverse (in that the electric fields and magnetic
fields vary perpendicularly to the direction of propagation).[2] However, waves can exist in plasma or confined spaces. These are called plasma waves
and can be longitudinal, transverse, or a mixture of both.[2][3] Plasma waves can also occur in force-free magnetic fields.
In the early development of electromagnetism there was some suggesting that longitudinal electromagnetic waves existed in a vacuum. After Heaviside's
attempts to generalize Maxwell's equations, Heaviside came to the conclusion that electromagnetic waves were not to be found as longitudinal waves in
"free space" or homogeneous media.[4] But it should be stated that Maxwell's equations do lead to the appearance of longitudinal waves under some
circumstances in either plasma waves or guided waves. Basically distinct from the "free-space" waves, such as those studied by Hertz in his UHF
experiments, are Zenneck waves.[5] The longitudinal mode of a resonant cavity is a particular standing wave pattern formed by waves confined in a
cavity. The longitudinal modes correspond to the wavelengths of the wave which are reinforced by constructive interference after many reflections from
the cavity's reflecting surfaces. Recently, Haifeng Wang et al. proposed a method that can generate longitudinal electromagnetic (light) wave in free
space, and this wave can propagate without divergence for a few wavelengths.[6]
en.wikipedia.org...
His famous equations, in their modern form of four partial differential equations, first appeared in fully developed form in his textbook A
Treatise on Electricity and Magnetism in 1873. Most of this work was done by Maxwell at Glenlair during the period between holding his London post and
his taking up the Cavendish chair.[48] Maxwell expressed electromagnetism in the algebra of quaternions and made the electromagnetic potential the
centerpiece of his theory. In 1881 Oliver Heaviside replaced Maxwell’s electromagnetic potential field by ‘force fields’ as the centerpiece of
electromagnetic theory. Heaviside reduced the complexity of Maxwell’s theory down to four differential equations, known now collectively as
Maxwell's Laws or Maxwell's equations. According to Heaviside, the electromagnetic potential field was arbitrary and needed to be "murdered".[61]
A few years later there was a great debate between Heaviside and Peter Guthrie Tait about the relative merits of vector analysis and quaternions. The
result was the realization that there was no need for the greater physical insights provided by quaternions if the theory was purely local, and vector
analysis became commonplace.[62]
en.wikipedia.org...
It can be said that modern EM theory has been 'butchered' for simplicities sake and since it's really still not simply what was the point of it all
other than attemping to make things understandable and 'fit' into turn of the century notions of propriety?
So sorry for using wiki but frankly i am lazy and you should know better if not just a little more.
While I've seen that statement about Tesla's "transmission" of power a distance of 40km in several places, I've never seen any
verification of it. The results of his experiments at Colorado Springs are vague.
The only vagueness i am very sure of is in your ability to check source material supplied for your easy attention.
en.wikipedia.org...
If that timeline, with all those sources, can't cure you of your source aversion then i will try something more drastic but hopefully the lights
might go on for some others.
And finally, you're right. None of this has anything to do with HAARP. HAARP uses radar and HF radio waves to study the ionosphere. It
doesn't transmit sound waves, it does not produce a "death ray", it cannot control weather, and it cannot cause earthquakes.
I am not sure if it could either as my information and sources mostly indicate that these weapons were and are employed USSR/RF. As for HAARP i'm
confident it has weapons applications but i don't have any specific information linking it to any recent or older disasters....
Regards,
Stellar