Primordial Antimatter Plasmas in Our Solar System

Summary form only given. Comets have been discovered to be the source of primordial antimatter in our solar system. The announcement was made at April 2002 joint meeting of American Physical Society and American Astronomical Society. When sungrazer comets colliding with the Sun, they produce large sunspots and gigantic solar storms. These enormous ambiplasma storms travel hundreds of millions of kilometers into space. When Earth passes through these storms, communication satellites have been damaged and electrical power has been disrupted. On July 23, 2002, a sungrazer comet collided with the Sun and produced enough energy to supply the entire World´s energy needs for over 10,000 years. Kilograms of residual primordial antimatter have been observed in the solar explosions. Today, we know that antimatter comets are not only colliding with the Sun but are also colliding with stars throughout the Universe and are the source of gamma-ray burst that scientists have been studying for forty years. Scientists have been studying antimatter for over seventy-five years. Antimatter is a mirror image of matter and like matter is also composed of elements that have been incorporated into an updated periodic table of elements. Each of the antimatter element´s nuclear, physical, and chemical properties have been defined to such an extent that people know almost as much about antimatter as matter. Antimatter can be a solid, liquid, gas or plasma. When matter and antimatter come together, mirror energy is created according to Einstein´s famous equation of the mass times the speed of light squared: the most efficient energy source in the Universe