However, two Australian scientists claim to have resolved the mystery Bermuda Triangle, which was certainly not unique in the world. Ivan Sanderson had already identified several areas with similar characteristics where strange phenomena occurring at high disappearances rigged. These areas were located in an area (more like circles and triangles) of the Sea of \u200b\u200bJapan and one in the North Sea.
These experts on the seabed disappearances blamed on the existence of large pockets methane hydrate. Note the presence of ancient sites have been generating enormous eruptions of methane bubbles that grow geometrically as they gain height. When the macro-bubble reaches the surface makes any boat that passes over completely lose buoyancy properties , causing the ship to sink quickly and without giving its passengers the opportunity to escape the disaster. It is a simple matter of different densities.
If the bubble is big enough and has a density sufficiently high, also reached the airspace to catch the flight to the aircraft that cross their sphere of influence, also causing the immediate precipitation of the device into the sea, unable to predict. The victims of these bubbles aircraft lost engine killer or burn them and plummet to disappear without trace or clue that allows us to deduce what has happened to them. Professor Joseph Monaghan investigated the hypothesis David May , the Monash University in Melbourne (Australia) and have an advanced working computer system to prove their point.
The program, based on scientific principles of fluid dynamics, played all the variables, including the speed of a giant bubble of methane, its pressure and density of the gas and the surrounding water. The results impressed by his ability to explain the phenomenon . In addition, the presence of flammable methane would also explain the testimony of many people who claim to have seen explosions or light sources on the surface and the seabed comprising the region. It all fits perfectly. The evidence of this discovery has been published in an article American Journal of Physics.