Comet Breakups
When comets collide with small asteroids or spacecraft,
they can breakup into
smaller comets and sungrazer comets as shown in the picture of the Comet 57P/du
Toit-Neujmin-Delporte. The fragments are spread over millions of kilometers.
See
www.ifa.hawaii.edu/~yan/57p.html
On July 4, 2005. NASA plans to collide a 370 kilogram
spacecraft into the Comet 9P/Tempel 1,
http://deepimpact.jpl.nasa.gov/.
The ensuing 16,000-megaton explosion will
shatter the 140 billion antimatter metric ton comet into trillions of pieces.
Based upon to my computer model, the antimatter
fragments are going to collide with Mars, Earth and Sun in the subsequent years.
In 2022, Comet 9P/Tempel 1 fragments will collide with Mars.
Advance NASA’s clock on
http://neo.jpl.nasa.gov/cgi-bin/db?name=9P to January 2022. Thousands
of 100 to 1,000,000 megaton explosions from antimatter will collide with Mars.
Some of the explosions will penetrate the planet’s crust and create
enormous 100 kilometers in diameter volcanic calderas. In 2110, metric ton antimatter
fragments will start colliding with the Earth and producing 10, 000 megaton
explosions. As trillions of fragments continue to migrate toward the Sun during
the 22nd millennium, thousands of 10 to 10,000 megaton explosions
will devastate Earth’s environment. Humanity will be brought to the brink of
extinction. Over the centuries, trillions of fragments will drift toward the Sun.
When the antimatter fragments, called
sungrazer
, collide with the sun, multi-billion megaton explosions produce enormous
sunspots and solar flares stretching millions of kilometers into space.
I have written NASA Office of Space Science and
had discussions with NASA’s personnel. They have a general understand; but
unfortunately, they don’t comprehend a 16,000-megaton explosion with a comet.
I have request NASA cancel the Deep Impact launch scheduled for
December 30, 2004.
