Logan Daniel.  To find a parallel universe.  To find out how other worlds/species have evolved to their environment.

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Presentation transcript:

Logan Daniel

 To find a parallel universe.  To find out how other worlds/species have evolved to their environment.

 Discover other life forms that have evolved differently and that we could learn from them.

 The other explorations gave us the technology to be able to propel us into space and guide our way through space.

 This exploration might help understand if the universe is done expanding or if the universe never ends or other life forms might be out there.

 At first, I would send robots to find life on unknown planets.  If there was life I would like to send humans to benefit from their knowledge.

 To leave this universe to find other life.  Explore a parallel universe.  Find out if this universe ends.

 We chose to fly-by because we are not sure if anything exists of if it is possible and a fly-by is the least risky.

 Long distance camera, $3 million, if we found a planet we would want to take a picture of the whole planet.  Stereo camera, $3 million, takes 3D images which we should take if we found a planet.  Basic radar, $1 million, to take radar images of the surface.  Advanced radar, $1.5 million, to know if the planets atmosphere is good to land or not.

 Destination, $1,000,000,000.  Fly-by, $0, risk factor-1.  30 yrs, $30,000,000, risk factor 6.  Long-distance camera, $3,000,000.  Stereo camera, $3,000,000.  Basic radar, $1,000,000.  Advanced radar, $2,500,000.  TOTAL COST- $1,039,500,000.

 If we could travel at light speed to another universe, would a human body be able to handle the pressure?  What would you have to do to set up probes to rely the satellite signal or could a satellite teach that far?  If there was a black hole or planet that had on immense gravitational pull, how would we get away from them?  Would any planet have a good landable condition in case something goes wrong with our space craft?