A mission to Mars would be hard enough, a mission to another galaxy, gee, quite a few problems should pop up.
How are we going to solve the light speed barrier problem? I don’t like the idea of sitting in a small seat for 5 billion years while I make my way to the Andromeda galaxy.
I imagine I would need to be in suspended animation, even at 100’s times the speed of light it would still take millions of years to make the trip.
Hmmm, lets see what I can do with this…
I leave earth on the 1st of Jan 2014, my rocket takes off at 11am and at 1pm I dock with the main ship that is in orbit of our planet where it was built. After some security checks and final preparations I am given the all clear to leave the docking station. at exactly 3:30pm I boot up the docking engines, and perform a 45 minute procedue to un-dock with the station.
At 4:15pm I am finally clear of the docking staton and fire up the standard thruster engine, and slowly accelerate to 40,500 kph as I fly towards the sun. Two months in to my trip and half way to the sun I fire up the shields to protect me and the ship. Over the next two months I keep accelerating all the way to the sun, up to 80,000kph, ready to sling shot round the sun as I accelerate to 160,000 kph, ready for my trip out of the solar system.
The next decade or so is very boring, as I make my way to the edge of the solar system. However a dozen years or so after leaving earth things get interesting. We clear the solar system and are now ready to fire up the nuclear pulse engine. A 100MT nuke is ejected from the ship, and explodes a few seconds after, creating a blast that pushes and accelerates the ship, just in time for another nuke ejection and detonation. Over the next few days I slowly accelerate to 320,000,000 kph or so, about a third the speed of light, by blasting nuke after nuke.
The next week is all about calculations and preparations, as I get ready to fire up the main motors for the main part of my journey. Once the ship is lined up and the course layed in, I enter my special stasis time chamber, and iniciate the flight sequence.
As the clock counts down the main engines start to kick in, and we accelerate to 1,000,000,000 kph, (almost the speed of light). Then at the most critical point, just as the ship is about to reach its limits, the warp engines fire, and space and time begins to be sucked in at the front of the ship and pushed out the back.
While staying at a steady 1,000,000,000 kph from our point of view, we vanish in a blink of an eye according to everone elses view, as we shoot off in to space at a perceved 1,000,000,000,000 kph, traveling at 1000 times the speed of light.
The next 2000 years I travel in stasis 1000 times faster than the laws of physics would allow, until I turn round and spend the next 200 years decelerating as I reach the edges of andromeda. I am now reaching andromeda, but still have to remain in stasis for the next 1000 years or so, as I navigate my way in to the galaxy towards my target star.
As I reach my taget solar system, I slow down to about 30.000 kilometers a second, entering in at cometary speeds, as I slow down gadually to about 10.000 kph, placing my self in orbit of a planet just over from my target planet.
Once there, I begin my scans.
Hope you enjoyed that… I’m off to watch Star Trek.