Now going back further into time, some 300 million years ago, Pangaea and/or Gondwanaland was formed when North America continent collided with Africa, raising the Appalachian mountains and closing the ancient ocean known to geologists as Iapetus. Later, the continents came apart again when a new ocean, the Atlantic, opened between them. Where the two continents collided, there is an old "suture" or seam.
The "suture" lies between what has been identified as African basement rock (underlying the Suwannee basin in Georgia) and as North American basement rock (in western central Georgia). The rock is metamorphic, or rocks that have been changed by pressure, heat, and water that result in a more compact and more highly crystalline condition. It predates both the Atlantic and Iapetus; it was part of the great African/North American landmass that:
Radiometric techniques applied to samples recovered from wells give [the samples] an age of about 1.1billion years
5 . This "breaking up" pattern shows that this happened at least twice.This connecting seam, which runs roughly east-southeast beneath southern Georgia, formed when the drifting African and North American continents collided to form the super continent called Pangaea, or Gondwanaland. Using a sonar-like technique called seismic reflection profiling; Earth scientists have detected the suture and mapped its course beneath the sedimentary layers of Georgia's coastal plain
6.It may be suggested that the Great Meteor hot spot and this ancient suture were caused by the same event. The reason for this is the suture and the Great Meteor hot spot are approximately on the same latitude.
As an example of plate tectonics' evidence as seen in hot spots, then, the hot spot located near the Azores Island, known as the Great Meteor hot spot, is approximately at a 45 degree angle to Easter island, locating the hot spot for the Tuamotu Archipelago - Line Islands' group of seamounts. Easter Island, as a member of this particular group, happens to be on the "eastern side of the crack" and thus is being conveyor-belted towards South America. This particular shot probably happened before the Iceland - Hawaiian shot. The reason for this is the seamounts in the Hawaiian chain are called Emperor seamounts, and the reason they are called the Emperor seamounts is because they are so big, and therefore more "recent" geologically speaking, when compared to the other seamounts located in the Tuamotu Archipelago Line.
Since the Great Meteor - Easter Island shot was at a 45 degree angle (from the baseline plane parallel to the equator), and the Iceland - Hawaiian shot was at 30 degree angle (also from a baseline plane parallel to the equator), why the difference? This heating chamber (the one that caused the Iceland - Hawaiian shot) had an improvement over the heating chamber of the Great Meteor-Easter Island shot. The improvement being rounded corners. The idea of rounded corners came from that gap; (you know the one that scientists said "cannot have existed"). It appears that this gap is crescent shaped caused by that corner of the stove. In other words, that heating chamber had round corners on the inside. These rounded corners, in technical drawings, are called fillets. This increased the efficiency of Heat, but not enough. The heating chamber (again the one that caused the Iceland - Hawaiian shot) caused three lines of force. Because the travel was at a 30 degree angle to the baseline plane, (the baseline plane being if one puts the Iceland to South Sandwich Island force line at the 90 degree angle and the Iceland - Hawaiian force line at the 30 degree angle) the first force went down to Hawaii at a 30 degree angle. The second force went down to South Sandwich Islands at a 90 degree angle, which is perpendicular to the baseline plane, then the third force went down to Africa at a 45 degree angle from the baseline lane.
Heat is a two dimensional force that has tremendous power, the power of the Big Bang itself. In this heating chamber (the Iceland - Hawaiian shot), path of the first force went through at an angle of 30 degrees to the baseline plane, the second object's path (the corner of the stove) went through at 90 degrees to the baseline plane, and third object's path was at 45 degrees to the baseline plane. Now with a baseline plane running through Afar, Africa parallel to the baseline plane that runs through Iceland, then, the Red Sea, where the Red Sea rift is located, is at an angle of 60 degrees. Gulf of Aden, then, is at an angle of 30 degrees to the baseline plane that also runs through Afar. This 15 degrees difference (the difference between the Great Meteor - Easter Island shot of 45 degrees and the Iceland - Hawaiian shot of 30 degrees) is due to the fillet, resulting in a delineation on the face of the globe; The Red Sea, Gulf of Aden, and the Persian gulf is the delineation. This then is the Principle of efficiency; as the heating chamber goes from square to round the angle of fire changes from 45 degrees to parallel to baseline.
Let's say that sphere is a hydrogen atom; being the workhorse of the universe, then, it takes four hydrogen atoms to make one helium atom (and energy). In a fusion reaction, each corner of the square has one each hydrogen atom; Heat force impacts each hydrogen atom, towards the center of each atom, which is toward the center of the square. In this fusion reaction, then, each corner of the square pushes the hydrogen atom towards the center with great force, and the four-hydrogen atoms
fuse at the same time. The fusion principle is based on the principle of efficiency; when fusion is invoked from a square chamber, the energy pulse is at an angle of 45 degrees; when fusion is invoked from a spherical chamber, the energy pulse is tangent to the horizon (or tangent to the surface of the Earth).
What this invention will produce then, is what is commonly known as a solar flare. Also at this point, a magnetic field is also produced. The magnetic field controls fire from a two-dimensional point of reference to this three-dimensional world. A solar flare can be likened to a plasma flow in a tokamak device. In a tokamak device, plasma is formed and controlled by magnetic forces. One magnetic force is called a poloidal field. The other magnetic force is described as a toroidal field. When these forces are working in concert, then, a helical flow is formed. . However, these magnetic forces controlling the solar flair only last a short while. The smaller the flare, or the cooler the flare, the shorter the time that the magnetic force remains intact.
What happens, then, that fire, or the flare at point of fusion, comes out and stretch magnetic field lines. At a certain point, then, along the field line at the weakest point, energy will explode out. The usual point of exit is at the end of the solar flare, where the magnetic lines are usually the weakest. There are excellent pictures of solar flares observably doing the above behavior. The reason that energy usually explodes out the end of the flare is that magnetic field lines are stretched on the end of the solar flare in a semi-elliptical shape, thus, this becomes the weakest point. However, some observance of solar flares show that sometimes it can come out in other places. On the sun this does not matter too much. However, here on Earth, then, this flare will be and should be controlled by some type of Tokamak device design to handle solar flares.
