To: Raymond Duray who wrote (15100 ) 1/6/2005 4:06:35 AM From: GUSTAVE JAEGER Read Replies (1) | Respond to of 20773 Re: The subsequent earthquakes certainly were aftershocks. Mother Nature is a bitch. But she is somewhat predictable... You bet! Even more so as Mother Nature's whimsical outbursts are actually engineered by the Pentagon Svengalis: [The earthquake's] location is approximately 250 miles south of the position later selected by the American NOAA, which plotted the epicenter to the north-west of Aceh, and initially claimed a Richter reading of 8.0. Alas, even that was not enough to cover the damage caused by this extraordinary event, so NOAA progressively upgraded the reading to 8.5, then to 8.9, and finally to 9.0 - at least for the present. So, the first proven irregularities were peddled by American officials at the NOAA, who suddenly invented a new 'flexible' peak seismic wave for the event, of far greater magnitude than Jakarta, when the Jakarta office was located much closer at almost point-blank range. Believe me when I tell you there is no such thing as the new 'flexible' peak claimed by NOAA. The first seismic peak you record is the only real peak, unless of course you later manually draw in a few more peaks of your own, to match a contrived agenda. Naturally there is also only one epicenter, which was faithfully recorded by dozens of Indonesian and Indian seismographs. Quite apart from the huge disparity in Richter values, the Indonesians and Indians were disturbed to find that the normal earthquake 'preamble' was missing from their seismograph charts. All this means is that the normal steadily increasing number of transverse shear "S" waves that always precede an earthquake were missing, as were later aftershocks, which likewise always accompany a naturally occurring or Tesla standing-wave generated earthquake. There were 'warnings' of aftershocks from the NOAA, but none actually eventuated. To simplify matters for non-technical readers, an earthquake is always triggered by a resonant electromagnetic frequency in the range 0.5 to 12 Hertz, but it is not an instant process, because the resonant frequency must be precise. Thus as true resonance approaches, the fault line starts to tremble like a piece of rope under tension, and sends out warnings to the seismographs in the form of steadily increasing transverse shear waves. If all you get is a cluster of "P" compression waves, then you are almost certainly looking at an underground or sub sea explosion. These were in fact the only copious seismic signals that the Indonesians and Indians received, and they looked curiously similar to those generated many years ago by large underground nuclear weapons in Nevada. [...] Excerpted from:Message 20917533