More PR to get more funding , IMO.
Tell me again how close we are to FTL starships.
Tell me again how close we are to FTL starships.
I don't understand this kind of pessimism. It's probably not much more difficult than building a couple of Dyson spheres. Around the Milky Way and Andromeda.
Is it just me or doesn't that one really look like a Clone Warrior version of the Enterprise?I'm way behind on the science so I thought I'd put this up and get a more informed opinion.
IF correct... I dunno... maybe in our lifetime after all?
Big IF, though.
http://io9.com/heres-nasas-new-design-for-a-warp-drive-ship-1588948192
Is it just me or doesn't that one really look like a Clone Warrior version of the Enterprise?
Feh. I'm not seeing a problem here. I mean, we'll have to get it really efficient so it'll go on the mass of Jupiter, and we'll only be able to make the one trip, but it isn't as though we're really using Jupiter for anything anyway, is it?they have a hard time making the numbers fit so that we could move a warp ship out of our solar system without needing energy on the order of Jupiter's mass on up to several suns.
but it isn't as though we're really using Jupiter for anything anyway, is it?![]()
The best way that I see FTL being possible is to first create an area in space around the ship that is completely devoid of an matter including gravity.
Creating this dead space would be similar to how the Universe was prior to the Big Bang that created Suns and Blackholes that are the largest source of gravity.
Once the dead space has been created the field would move along with the ship so that the actual pressure of the gravitational forces on the field would squeeze on the field much the same way that you squeeze on a balloon until it is propelled out of your hand.
I think using a reverse process of the Higgs-Boson to remove the particles that create the atomic mass of a particle around a ship would allow for the increased mass encountered by the ship to be lessened that would then allow the ship to travel faster than the speed of light.
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