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Technology
Based upon twenty years of research and development at Fermilab and CERN,
scientists and engineers know how to making, storing and colliding antimatter.
You are going to learn about storing, acquiring, colliding and commercializing
of antimatter.
- Storing Antimatter
is stored in a vacuum and electromagnetic fields to keep antimatter from coming in
contact with matter. The cost estimate to make antimatter is approximately $60
trillion per gram or twice the World's Gross National Product. However,
comet are natural sources of antimatter.
- Acquiring Antimatter
can be obtained by sending spacecraft into the comet's tail and catching antimatter dust
particles that are being blasted off the comet's
surface by the solar wind and
dust particles.
- Colliding The Collider
Detector at Fermilab and Fermilab D-Zero Detector are being used by scientists to observe the
energy distribution and elementary
particles that are created from matter-antimatter collisions. Energy is produce according to
Einstein's equation, E=mc2.
- Commercializing
Scientists and engineers understand the science and technology for sending spacecraft
into a comet's tails, storing, and producing energy from matter and
antimatter.
Antimatter is inexhaustible. For example, antimatter can
be acquired from the 9P/Temple 1 comet for less
than $1 billion per gram. And there are hundreds of comets. The economic opportunities of using antimatter energy will come from billions of people
being able to live out their dreams to make the world a better place to live.
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