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¢ Eastern Mediterranean Sea. Nowhere on the Internet could I find reference to the time of this explosion, which is strange because the so-called Eastern Mediterranean event of 6 June 2002 raised top- level concern around the world. It was detected by a US military satellite, which may explain the apparent absence of information regarding the exact time of the event. It was so powerful, with energy estimated at 26,000 tons of TNT, that US General Simon Worden stated that if it had occurred over India or Pakistan instead of over the Mediterranean Sea, it could easily have triggered a nuclear war because of the crisis between these two countries. ave calculated that at 05:49 GMT on the morning of 6 June 2002 and at 04:32:02 GMT on 6 June 2010, the distance of Earth from the Sun was almost exactly the same during a short precession intersection (the variation was only seven kilometres). In simulations, on 6 June 2002 the location of eastern Libya, the known entry point of the object into the atmosphere, is moving towards the greater area of Switzerland on 6 June 2010. The object exploded on 6 June 2002 near Greece, with the force of a small nuclear warhead. This is without doubt an orbit intersection point with a steep angle of intersection which resulted in the object having a higher entry velocity into the atmosphere. This caused the greater explosion due to the ability of the singularity to accumulate more accretion disc matter from the atmosphere in a shorter time. The greater the distance travelled, the bigger the explosion. This is explained in my hypothesis on the cause of all the explosions. ¢ Ischia, Bay of Naples, Italy. On 10 September 2005 a’ 15:11 GMT, a huge explosion was heard and registered over the island of Ischia in the Bay of Naples. Eyewitnesses have not come forward, but the event was very well documented. It is assumed, as is often the case, that the cause was a meteorite; but between 13:43:27 and 13:43:30 GMT on 10 September 2009, the Earth position was almost equidistant from the Sun compared with a the same time in 2005, with a complete orbit intersection overlap occurring later on 10 September 2009. In 3D orbi simulations, the point of the 2005 Ischia explosion is moving directly towards Geneva on 10 September 2009. ¢ Canterbury Province, New Zealand. On 12 September 2009 at 09:23:50 GMT, the Earth's distance from the Sun was exactly the same as at 14:59 GMT on 2 September 2006. In 3D orbit simulations, the point of the 2006 explosion over Canterbury Province on the South Island of New Zealand is moving directly towards Switzerland. This 2006 explosion is not usually referred o in the context of the other more exotic explosions, but the cause becomes just as clear in the simulations. n the local New Zealand media, there were reports of a uge explosion which shook windows over many ilometres and caused concern among residents. ¢ Southern Indian Ocean. On 21 September 2010 after we go to press; Ed.| at 22:31 GMT, the Earth will be at the same distance relative to the Sun as at the ime of the so-called Vela event—the explosion over the southern Indian Ocean on 22 September 1979 at 00:53 GMT. In simulations, the Prince Edward Islands north of Antarctica, near South Africa, the site of the 1979 explosion, is moving directly towards Switzerland on 21 Earth in the orbit from 8 September Direction of Earn is ore 2005 into February DOLL operation ef the LHC tx Explosion site in the orbitotan earier year ceethindheertte Me Earth in the orbit of an earier year can intersect with the 9 September 2009 into February 2011 céeneeriisryaar Orbit only on given intersection points. The intersections can last for a few hours or up to more than a full day, e.g., in January. This is what happens: a singularity is created in the LHC in Geneva, disappears immediately at the time of creation and appears again in exactly the same position relative to the Sun in a previous year, in empty space. If this happens at a time just before the Earth comes along in that year, the Earth in that year will collide with the object. It Diagram 3 enters the atmosphere, begins to accumulate an accretion disc and explodes. If the particle is created at a time outside the intersection areas and sent to a year where the Earth does not collide with it, it simply evaporates in empty space and we are none the wiser that it existed. This is why all these explosions occur only in the orbital intersection areas shown in the previous diagrams. Many more singularities are created, but never noticed. There are also, however, many possible complex gravitational relationships that may occur, such as close encounters, which could even draw a singularity in from the side of the Earth not facing the direction of orbit. This example of a head-on collision has been chosen for easier understanding. It may also be possible for a singularity to be created at a point inside the Earth in a previous year, even triggering earthquakes ——,. Direction of Earth im orn Cfagrem 3 52 * NEXUS tr Explosion site in the orbitotan earier year OCTOBER - NOVEMBER 2010 www.nexusmagazine.com