Similar Tsunami, Landslide and Earthquake triggered by exploding a series of programmed neutron bombs at the tectonic plate levels below the ocean: Computer Model

Christians Against Zionism - February 2005

 

http://www.indiadaily.com/editorial/1691.asp
Staff Reporter
Feb. 23, 2005

 

 

 

In India researchers are still trying to find the reasons of the Tsunami and what really caused it. While still there is no concrete proof of human or extraterrestrial hand behind such devastating effects, some geologists have been able to model the whole earthquake, landslide and resulting Tsunami.

According to sources, the findings are interesting. If the exact location of stress build-up between conflicting tectonic plates can be found, then an earthquake can be triggered by a very powerful controlled explosion and the landslide as well as the Tsunami would follow. In that case the computer model could manipulate the explosion to control the direction, ferocity and velocity of the Tsunami.

The amount of energy needed to trigger such earthquake, landslide and Tsunami is enormous and has to be very precise to generate the controlled geological effects. The computer model needed enormous amount of precise targeted energy to create such chain reactions in the geology of the earth.

The neutron bombs are specialized type of small thermonuclear weapons that produces minimal blast and heat but which releases large amounts of lethal radiation. The neutron bomb delivers blast and heat effects that are confined to an area of only a few hundred yards in radius. But within a somewhat larger area it throws off a massive wave of neutron and gamma radiation, which can penetrate several feet of earth.

A single neutron bomb would not do it. According to the model, It will require many very precise series of computer controlled and triggered neutron bombs with timings at the nanosecond level to generate something like that.

Is it possible to create such an effect by humans with the current levels of technologies? It is possible, but very difficult.