Nexus - 1303 - New Times Magazine-pages

Page Content (OCR)

the sensors by a factor of 100. She can sense and follow the directional emissions of the waves as they travel up and down the San Andreas fault, even though she is at a distance near southern Los Angeles. It has taken 13 years of development at Terra Research to create specialised electronic sensors that can detect the presence of these mysterious emissions, yet Sandy can easily point to an area and state the nature of the waves—whether "roller" or "jerky" waves—and the magnitude of the pending earthquake. I continue to marvel at the human body in how it can react to stimuli. Wendy Park in Portland, Oregon, is also a roller-wave sensitive. She is a student in her second year in the RN nursing program at the University of Portland. As Wendy has been trained to read the FFT (fast Fourier transform) plots from the precursory seismic instruments at my research site, she is familiar with the phases of these types of Earth emissions. Wendy has the luxury of calling in to the lab when she is experiencing strong roller-wave sensations, since the instruments and data can confirm to her when the Earth is active. For other sensitives, it may take years before they realise their symptoms are connected with the Earth. Wendy's sensations also provide an ideal research comparison opportunity with instruments. At the lab in northern Oregon, instruments run 24/7 and detect these Earth emissions in the Pacific Northwest. A secondary instrument system is connected between the utility power grid and the Earth's crust. This secondary system is energised in a special resonant state such that the Earth's crust and the power grid form a super-large antenna system stretching from southern California to Canada. Strong Earth precursor emissions are detectable even as far away as Alaska and the Aleutian chain. The effective antenna system looks into the Earth's crust. The size of the antenna is an equivalent 333,396 square miles. It is the largest antenna system on Earth. Distant, strong precursors will couple to the Earth's crust and then will enter into the antenna system indirectly. The same unique character of ear tones that sensitives experience is reflected in the antenna system's recordings of the captured Earth emissions. Each latitude of the Earth has its own frequency and harmonics to the emissions. This character is revealed in a decomposition of the tones and the harmonics using spectrum analysis equipment that does FFTs. Exploring the signals So what is the nature of these mysterious Earth signals? Is it sound, or is it an electrical pulsing in the ear's cellular tissue that mimics sound?” Researchers have encountered this same dilemma in a small percentage of people who experience a sensation of low rumbling or idling diesel-engine sounds in their ears in an area near Taos, New Mexico. It's called "the Taos Hum", and it was first noticed in the early 1990s. Scientists equipped with an array of sensitive instruments have found no sound nor electromagnetic signals to explain the symptoms. Yet the scientists have never doubted the existence of bouts of nausea, dizziness, headaches and ear tone symptoms that these "sensitives" experienced. A congressional investigation was conducted in 1993-94 into the cause of these mysterious emissions, but no conclusions were drawn. Other = — hg a Rings are color paded for each subject & ear tone| direction: “om —_ 1z5u 1izow 11i5u 110u 105u APRIL — MAY 2006 NEXUS + 19 Map of ear tone rings to earthquake research plots. (Source: Petra Challis) www.nexusmagazine.com