- Joined
- Mar 21, 2016
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Hi Alan,
Maybe you could ask Riverm if he needs a model to manufacture the host you designed
Maybe you could ask Riverm if he needs a model to manufacture the host you designed
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Hi Alan,
Maybe you could ask Riverm if he needs a model to manufacture the host you designed
Hi Alan,
Maybe you could ask Riverm if he needs a model to manufacture the host you designed
I'd consider it if I got 1% of the unlimited funds. I'd even buy the necessary 5 axis mill I'd need to make it anatomically correct and out of titanium. :crackup:
Maybe we could name the host "The Virtue Violater". :crackup::crackup::crackup:
Alan
Ultimately i would like us to try to get towards .99 c of light. It would only take 18 years to get to the nearest star.
Actually it would only take us around 5 years to get to Alpha Centauri(our nearest star apart from the sun). Traveling at light speed would take you around ~4.5 years, so even going HALF the speed of light it would still only take you about 9 years to get there :yh:
-Alex
I think vortish might have included the acceleration times. Flipping the on switch and going right up to a velocity that high wold take a massive force and cause some serious destruction.
Oh man. I know this isn't as far out and ambitious as some of everyone else's ideas, but what I would really want is a collection of high-powered handheld lasers in life-size perfectly movie accurate replicas of all the star wars light sabers. (the wavelengths would match the colors of the light sabers as well )
True. Would the human body even be able to support that? IIRC we can only support around 11G's before passing out
-Alex
most acceleration to get up to .99c would take 14 days at .9c acceleration you have to be aware of that. if you could put some one in acceleration couch or liquid suspension you could get that c up to .25c of light. and cut that time down. That being said you also need to be able to decelerate that vessel and that would take the same amount of time as the acceleration to .99 c of light. there is currently only one way to get even close to half of one c and that is by Ion engine. The issue with that is that it takes a month to get to .501 c that means you would not leave the solar system for two weeks at best and a month at the worst case. Now why are they not using Ion engines to go to mars. Simple they are huge! I think the current generation is the size of a 787 or bigger. that means that they can not be made on the surface but need to be made in space and that capability is not available at current.
Oh man that would be sick! I just wish there was a way to stop light at a certain point instead of it going on forever
Or create some sort of hardlight