Campaign UPDATE 6 New Video! The Split Antenna In this video Eric Dollard describes the split antenna array, one is called the beverage antenna, which receives the electrostatic impulses outside of the physical mass of the earth, and the Alexanderson antenna which does not respond to overground signals but only interior signals of the earth. FOR MORE INFORMATION SEE: indiegogo/projects/eric-dollard-s-advanced-seismic-warning-system-tesla-style/x/2235908?c=activity System NOT Theoretical By using this technology it is possible to isolate what signals are lightning or aurora, from the physical geological signals of the inner earth. By using a clean equipment practice it is possible to remove the ringing and the distortions and by using a heterodyne process Eric explains how the electrical processes detectable in the ground via these signals, has a whole week long process which can be developed further to provide even more extended warning before an earthquake. Fig - diagram showing different antenna types including the beverage antenna Government and Federal Approval Eric has government approval to do these experiments on Government Land, he is raising money on indiegogo to try and pay for the $10,000 bond and obtain some equipment needed to complete the replication of the research hes been doing the last 10 years. Eric Estimates that there is another $15,000 of equipment to get a working demonstration up and running. Which makes a total of $25,000. Weve raised 20% of that money already and it looks like with your help Eric will be able to go ahead with the project. From US PATENT 1775801 Various theories have been advanced in the past to account for the erratic reception of radio waves and for the phenomenon known as fading. Among these is the theory of the Heavyside-Kennelly layer which theoretically comprises a conducting medium upon which waves travel to a. remote point and from which waves are reflected and refracted so to the vicinity of the receiver. Experiments with radio transmission appear to indicate that this layer is not a smooth surface but instead one which is not unlike that of the surface of the sea in various states of agitation. If a radio beam is radiated to this surface it may be reflected back to the earth in the vicinity of the receiver or to other vicinities dependent upon the condition of the layer. Consequently conditions of alternate reception and non-reception, or fading, occur at the receiver. - Ernst Alexanderson As shown R.C.A was already aware of known processes involved in the agitating effect of geological signals Best Wishes, Adam Bull Campaigner FOR MORE INFORMATION SEE: indiegogo/projects/eric-dollard-s-advanced-seismic-warning-system-tesla-style/x/2235908?c=activity
Posted on: Sun, 26 Jan 2014 13:51:18 +0000
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