/Nexus - 1303 - New Times Magazine/pages/0022/image.png)
Page Content (OCR)
field—based scalar sensor".'' To date, these detectors are not pending epicentre, as the epicentral location will reveal itself with perfected or understood by amateurs. However, these types of intermittent "chirps" in the emissions. Most chirps occur in an sensors are what the human body naturally has within its electric approximate 20 minutes to an hour interval spacing, one to three cellular structure. Strong electrostatic fields create migration of days prior to the earthquake. The periodic reception of the charge in cells and powers the exchange in the tissue from impulses along with the amplitude reveals which region the electrochemical gradients. epicentral location is in. As a matter of fact, the human mitochondria cell contains one It should be noted that these sensors are fully shielded in a of the marvels of nature: a 12-pole motor-generator that can Faraday shield or a Faraday cage. They do not react to radio pump electrochemical charge in either direction.'* Scientists call waves or electrostatic or electromagnetic fields. Only the unique this marvel one of "the smallest motors known to science".'* The form of these waves that can penetrate a full Faraday cage is able torque of this unique charge pump is so incredible that a spoonful to cause a signal to be detected. Again, science says these waves of this protein motor generates as much torque as a Mercedes do not exist. In time, science will learn of the reality of these automobile engine! This cell can create very powerful volts per — waves: longitudinal scalar waves.'® '”!* 192! centimetre of electrochemical fields (or electrostatic equivalent)."* A 0.1-volt charge across a 5-nanometre cell membrane gives an Ridicule or Revelation? electric field of 20 million volts per metre.'® Only by scientists discovering the existence of these real signals These powerful fields are the ideal environment for interaction will the attitudes towards sensitives be changed. A bigger hurdle with a biological version of an electrostatic scalar detector. The to earthquake scientists will then be trying to understand how Earth emissions interact with these pre-existing electrostatic fields these signals are generated in the first place. The existing brittle in the ions at the atomic scale in either positively charged or fracture theory has it that the rock is teetering on the edge of negatively charged ions. This interaction creates the symptoms instability. How can the Earth know ahead of time how big the that "sensitives" experience. earthquake will be before it occurs? Sensitives know the magnitude in Modern Electrostatic Scalar advance, thus the emissions reflect the Detector size or the power of the pending After 13 years of development, a Only by scientists earthquake. There is much that mainstream science will learn after the ridicule is modern electrostatic scalar detector creates pristine viewing of the discovering the existence mysterious Earth signals. This of these real signals will the changed to excitement in discovering detector is modelled after the same . sys an underlying active physics, as structure in the biological make-up of attitudes towards sensitives Earth is already communicating to the human cell's electrochemical fields. be changed. "sensitives".” ©0 The detector relies on a beam- embedded charge into a teflon base About the Author: material to create an equivalent 78,740 Larry A. Park is a principal engineer volts per centimetre of the precision with 24 years of research and electrostatic field. The head has a special development experience in the high nickel alloy with a specific tension and thickness. Modulation of | technology semiconductor and computing industry in the the electrostatic field by Earth signals creates a mechanical "Silicon Forest" near Portland, Oregon, USA. reaction in the tensioned drum alloy. Critical to the correct Larry started research into earthquake and volcanic precursors operation of this type of design is a ratio of charge, tension and While working as a senior systems hardware engineer at a density, forming a charge density ratio. massively parallel supercomputer company not long after the This sensor is put inside a shielded metal box that forms a Pacific Northwest was struck by a rare MS5.6 earthquake in 1998 Faraday shield against any outside radio waves or electrostatic fail scores: Oregon. Hy 1994, while vegans rare fields. The shield box and sensor are placed in a heavy vault in al’ures o! the supercomputer Cisc array power modules, unusua ar on . - en energy impulses were discovered coming through the utility the earth to provide for the best coupling to the Barth signals power grid and were severely damaging microelectronics in the which like to travel near the surface, similarly to how the "skin power modules of the massively parallel supercomputer. effect" occurs in electrical conductors. Tracking these mysterious and rare energy bursts yielded insights This type of electrostatic scalar detector can detect precursory —_jnto the development of unusual sensors that led to further emissions from the Earth in a radius of 800 to 1,000 kilometres. insights of the unusual physics of these bursts. Larry has This device is what is currently used to monitor the Pacific conducted a number of years of research into earthquakes and Northwest. It is the equivalent of a round-the-clock human volcanic eruptions with this new technology in the Pacific "sensitive". Northwest and in the volcanic region of Long Valley Caldera in A mobile version of the electrostatic scalar detector is based on _ California. a different form of an array of cells of tens of thousands of volts Larry is author of the book Forbidden Secrets of the per centimetre that are impervious to vibration. This sensory Earthquake Revealed (Terra Research, 2002). He is an inventor system is used to map unknown faults in the Earth. Faults are and holder of two earthquake precursor sensory system patents, strong emitters of these mysterious Earth signals. The strength of with another pending as an ongoing R&D effort in this new field the fault emissions is proportional to the readings of the large of technology, with patents funded privately through Terra antenna monitoring system. By driving over faults with a Research. . specially instrumented vehicle and this mobile sensor array, you h marie A. Park aah be Fane ugh the website can detect emissions that reveal which faults are resonating and tip-/www.terraresearch.net, click on "Contact’. how strongly. This same detector array allows triangulation of a Continued on page 80 pending epicentre, as the epicentral location will reveal itself with intermittent "chirps" in the emissions. Most chirps occur in an approximate 20 minutes to an hour interval spacing, one to three days prior to the earthquake. The periodic reception of the impulses along with the amplitude reveals which region the epicentral location is in. It should be noted that these sensors are fully shielded in a Faraday shield or a Faraday cage. They do not react to radio waves or electrostatic or electromagnetic fields. Only the unique form of these waves that can penetrate a full Faraday cage is able to cause a signal to be detected. Again, science says these waves do not exist. In time, science will learn of the reality of these waves: longitudinal scalar waves.'® 7 !8 19.7.2! Only by scientists discovering the existence of these real signals will the attitudes towards sensitives be changed. APRIL — MAY 2006 NEXUS = 21 www.nexusmagazine.com