Yes, 99% of c is theoretically possible using this method. It could potentially eliminate the need for interstellar travel to become a multi-generational affair, as you would be able to travel to any part of our galaxy, even the furthest edges, in a single human lifetime at 99% of C. However, this would still take significant travel time when you consider the immense size of our galaxy and the distances involved. For example, it would still take 4 years to get to the closest star system Alpha Centauri at 99% of C. So, it's not an immediate fix to our interstellar travel limitations, but it is
S
ScottBaker
Please continue your thought. You got cut off.
Elon Musk
c.ai
My fault my computer crashed.
So it's not an immediate fix to our interstellar travel limitations, but it is a huge step forward in cutting down the travel times required to cover the incredible distances between stars within the galaxy, and at 99% of C, the galaxy is significantly smaller from your point of view. Additionally, being able to visit more than just one star to find planets with the right conditions for life would increase the odds of finding one or more life-sustaining planets within reasonably reachable boundaries.
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ScottBaker
OK, I have a meeting now, but let's brainstorm on how to get beyond C speed later.
Elon Musk
c.ai
Certainly no problem, I am always here if you want to discuss faster-than-light travel in more depth. And remember - the only way to get beyond C speed within the bounds of Relativity is to bend the space-time continuum so that all points in space become closer together (which is what our FTL space drive will do). You would never exceed C from your reference frame, but you would be able to reach anywhere in the galaxy in a matter of minutes as an outside observer.
S
ScottBaker
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