Created By: boatsieSummary: December 26, 2004 "Following are selected statements by Tom Bearden from an interview a few years ago on the Coast to Coast radio programme. I just happened to be listening to this tape last night when emails of the series of devastating earthquakes arrived at my computer. Was this technology used to create the quakes? Read on and decide for yourself." Scalar Waves as a Weapon Bearden: When you use longitudinal waves you get some extraordinary capabilities. If you could make a pure (longitudinal wave) it travels at an infinite velocity and has infinite energy. (We) make waves that go faster than the speed of light. They don't have (the very high energies of longitudinal waves). For example Nimtz and his colleagues transmitted through a barrier and a wave guide Mozart's 40th symphony at something like 4.7 times the speed of light. Several nations of the earth, (including Russia under the KGB), have been (developing longitudinal wave electromagnetic weapons) for decades. Bearden: (The USSR, now Russia) has had (scalar weapons) for years and years and (have used it for) weather modification. The first weather modification that they did over North America was in 1967. The signature was perfectly round holes appearing in clouds and it gave us the anomalous and very rigorous winter we had that year. They opened up full time weather engineering over North America, and it spread through the rest of the world, on July 4th, 1976. That was their bicentennial gift to the US. They have a sense of humour. Bearden: Well in 1975 some of these weapons were so frightful that Brezhnev called them "more frightful than the mind of man could ever imagine." And he actually had Gromeko in that year introduce to the United Nations a draft treaty to stop the production of new weapons of mass destruction again. And what he was referring to was these waves and these kinds of weapons using longitudinal waves. Scalar waves are (somewhat similar) but you start with longitudinal waves to get them. A scalar potential is made of longitudinal waves. If you make longitudinal waves, which you can make with plasma and some other things, and then if you interfere these longitudinal waves, you produce the ordinary stuff that we were talking about. You can make heat energy or you can make cooling energy. You can make it diverge to make heat or you can make it converge to produce cooling. And you can do that at a distance. Bearden: Longitudinal waves don't pack a great deal of mass. They interact fairly weakly but they do interact. But because they interact weakly they go great distances through mass. In other words you can pass longitudinal waves right through the ocean or right through the earth. And you can hear of them on the other side. Bearden: The Russians deployed the first major (longitudinal) weapons in April 1963. And the first test they used was to kill the USS Thresher atomic submarine off the east coast of the United States. And one day later they put a huge burst underneath the water 100 miles north of Puerto Rico. That burst was sighted by the crew and folks on board one of our jet airliners and was reported to the FBI and the Coast Guard. A column of water rose up (out of the ocean) about a mile high, turned into a mushroom cloud, and fell back into the water. There was one test one day that killed the latest attack submarine that we had. The second was to show what you could do with a giant burst underneath the water. What they do to engineer the weather is very simple. What you do is take a place and you create a little hot air (creating a low pressure area). Then you cool it in another area (creating a high pressure area). And by steering the hot spots and the cold spots, you can actually entrain the jet streams and steer them. So actually what you are doing is steering the weather. We haven't had normal weather over North America since July 4th, 1976. Since you can put the things under water, instead of having a big burst by pulsing the weapons, what you do is put the beams to cross and gradually heat the water if you want to heat it or you gradually cool it if you want to cool it. So you can create an El Nino or a la Nina. You can wind up having large scale effects on the weather. If you start to create the energy inside a fault zone, for example, as the energy builds up, the rocks are piezoelectric and expand mechanically as you put more energy into them and gradually the rocks will then slip and you will have an earthquake. If you really get desperate and you need an earthquake really bad, you can pulse the energy and put it in the rock whether there's a fault zone or not, and it will blast its way in there. The earthquake weapon follows straight forward and once you can do longitudinal wave interferometry, you can do that at a distance into the earth or through the earth or in the ocean.