News Release 19:
9P/Tempel 1 Comet composed of Antimatter
February 13, 2006
NASA�s Deep Impact Spacecraft collision with
9P/Tempel 1 comet
and confirmed that comets are natural sources of antimatter. The antimatter
model predicted the multi-megaton explosion that took place when NASA�s Deep
Impact spacecraft collided into the 9P/Tempel 1 comet. Using the dusty ice
model, NASA estimated the kinetic energy from the 372-kilogram spacecraft
slamming into the comet would be 19 Giga-joules; and the explosion would
created a crater about 10 meters in diameter.
On July 4, 2005, NASA�s
Deep Impact spacecraft slammed into the 9P/Tempel 1 comet at 10 kilometers
per second. The initial explosion blasted thousands of tons of antimatter
off the nucleus into comet�s coma and the spacecraft into millions of
pieces. The tons of antimatter dust particles blasted off the comet
interacted with the solar dust particles to produce a spectacular explosion
that was 3,200-kilometer in diameter or about the size of the United States.
The explosions converted
hundreds of tons of matter and antimatter into a spectrum of radiation
including gamma rays, x-rays and light that were photographed by the Hubble
Space Telescope and other spacecraft. The nineteen-hour explosion was
equivalent to about 20 million Peta-joules, which could have supplied entire
World�s energy needs for a hundred years. The energy from the explosions
was a trillion times energy more the 19 Giga-joules that scientist had
estimated.
NASA�s and their contractor�s position is that the Deep Impact spacecraft�s
collision with the 9P/Tempel 1 comet didn�t create a nuclear explosion;
however, they don�t have any explanation other than the antimatter model and
are concerned that they have violated The Nuclear Test Ban Treaty. However,
I believe that United States didn�t violate treaty because nuclear energy
comes from �fission� or �fusion� of matter, and Mirror Energy comes from
"conversion� of matter and antimatter into energy.
