EARTHQUAKES: PREMONITORY SIGNALS
During the earthquake of Pisco and Ica (Perú/August/2007.Magnitude: 7,5), were documented in videos a series of lightnings of below up to the long and wide of the affected area. We explained in a blog that in such circumstances that emission of lights could be due alone to the emission of photons. As this phenomenon implies displacement of electrons of their orbits, we explained that other electrons coming from underground -because of the earthquake– crashed with electrons of the terraqueous surface causing emissions of light. We ignored however that these phenomena can happen before the occurrence of the earthquake. Now happen that before and during the last earthquake of China (12/May/2008.Magnitude:7,8), researchers of the NASA, documented visible changes (lightnings), in the ionósphere, correlated with the imminence of earthquakes. Jann - Yeng Liu (Center for Space and Remote Sensing Research/Taiwan), has also documented the same phenomenon during decades in all the earthquakes that happened 35 km, below the ionosphere of that area.
Minoru Freund, (Nasa Ames Research), adds that many satellites including the Surrey Satellite Technology Limited: SSTL, have detected the same disturbances to 100-600 km above the area of earthquakes, including a great spot in the ionósphere before the last Chinese earthquake. M. Freund assures that also happens emission of infrared rays (IR), from the epicentre of the earthquake and magnetic and electric anomalies of low frequency. "When the rocks are compressed" –continue, M Freund– “they act as batteries producing electric currents. The transporters of loads are specific types (poles), of electrons that travel big distances being able to affect strongly the ionosphere. When they arrive to the terrestrial surface they load it +, emitting infrared particles and photons". Minoru wants to build a system of early warnings of low cost, based on 3 satellites.
Minoru Freund, (Nasa Ames Research), adds that many satellites including the Surrey Satellite Technology Limited: SSTL, have detected the same disturbances to 100-600 km above the area of earthquakes, including a great spot in the ionósphere before the last Chinese earthquake. M. Freund assures that also happens emission of infrared rays (IR), from the epicentre of the earthquake and magnetic and electric anomalies of low frequency. "When the rocks are compressed" –continue, M Freund– “they act as batteries producing electric currents. The transporters of loads are specific types (poles), of electrons that travel big distances being able to affect strongly the ionosphere. When they arrive to the terrestrial surface they load it +, emitting infrared particles and photons". Minoru wants to build a system of early warnings of low cost, based on 3 satellites.
SIGNOS PREMONITORIOS DE TERREMOTOS
Durante el terremoto de Pisco e Ica (Perú/Agosto/2007.Magnitud: 7,5), se documentaron en videos una serie de luces de abajo hacia arriba a lo largo y ancho de la zona siniestrada. Explicamos en un blog, que en tales circunstancias la emisión de luces solo podía deberse a la emisión de fotones. Como este fenómeno implica desplazamiento de electrones de sus órbitas, explicamos que otros electrones provenientes del subsuelo -a causa del terremoto- colisionaban con los electrones de la superficie terráquea ocasionando emisiones de luz. Ignorábamos sin embargo que estos fenómenos pudiesen ocurrir antes del acmé del terremoto, Ahora resulta que poco antes y durante el último terremoto de China (12/Mayo/2008.Magnitud:7,8), cientificos de la NASA, documentaron cambios visibles (luces), en la ionósfera, correlacionados con la inminencia de terremotos. Jann –Yeng Liu (Center for Space and Remote Sensing Research/Taiwan), ha documentado el mismo fenómeno durante décadas en todos los terremotos que ocurrieron 35 km, por debajo de la ionósfera suprayacente.
Minoru Freund, (Nasa Ames Research), agrega que muchos satélites incluyendo al Surrey Satellite Technology Limited :SSTL, han detectado los mismos disturbios a 100-600 km por encima del área de terremotos, incluyendo una gran señal en la ionósfera poco antes del último terremoto chino. M. Freund asegura que también ocurre emisión de rayos infrarojos (IR), desde el epicentro del terremoto y anomalias magnéticas y eléctricas de baja frecuencia. “Cuando las rocas son comprimidas” –dice M Freund- “ actúan como baterías produciendo corrientes eléctricas. Los transportadores de cargas son tipos especificos (polos), de electrones que viajan grandes distancias pudiendo afectar fuertemente a la ionósfera. Cuando llegan a la superficie terrestre la cargan +, emitiendo partículas infrarojas y fotones”. Minoru desea construir un sistema de avisos tempranos de bajo costo, basados en 3 satélites.
Labels: earthquakes
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