Comets

In 2002, I announced the discovery that comets are composed of antimatter to joint meeting of American Physical Society and American Astronomical Society.  Hundreds of comets are orbiting the sun.  As comets gets closer to the sun, comet's coma and tail gets brighter with the increased in the solar wind/dust particles and antimatter ions/dust particles annihilations. People observe comets from the light and x-rays produced from matter-antimatter annihilation.  The picture of Halley's nucleus is blacker than coal except for ten percent  that is active.  The solar wind and dust particles are blasting antimatter fragments, dust and ions off the comet's surface and can heat the comet's surface to over 300 degrees Kelvin.  The antimatter mixes with the solar wind and dust particles to create the comet's plasma coma and tail.

Antimatter energy is significantly greater than kinetic energy when comets come in contact with other objects.  In 1993, the Shoemaker-Levy/9 comet was discovered orbiting Jupiter. The following year, the comet split into over twenty-one fragments and produced explosions over several million kilometers section of Jupiter's surface as shown below.  Fragment G created an exposition with a plume that was five times the diameter of the earth.  If fragment G had collided with the earth, civilization as we know it would not exist today.  A small asteroid or meteor could not have produced this massive explosion.

Understanding comets provides a link between astrophysics and high energy physics. 

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