No, not currently. Hyperspace is a mind experiment at this point, and although an intriguing idea, indeed may turn out to be nothing more than that.
And although we don't have large enough power sources at this time, conventional propulsion using nuclear reactors *could be used to send spacecraft to other stars at sub light speed and yet reach them in "reasonable" amounts of time. One need only deliver a continuous acceleration for an extended period of time. Really, you don't have to have hyper drives and warp drives to get places.
If we had waited for the airplane to go places, we'd all still be huddling around stinky peat fires in leaky huts.
I'd think you'd be highly concerned about flooding right about now, not just a leaky roof. (And where in the hell are you getting peat? Coal I'd believe...)
cow chips. But no more dry ones. Things are getting a bit soggy. I keep wondering about downstream though. If it was so bad earlier this year down river what is going to happen when this hits them. The dams are releasing water at all time records now. The flooding in Bismark ND is being caused in large part from the water release from that dam. Fort Peck dam with it's huge lake is within 4 feet of overflowing. And the snow pack hasn't started melting in earnest yet. Definitely an interesting spring.
Hyperdrives are strictly plot devices at this point.... in other words, they're a cheat which we've all agreed to accept because we need them in order to tell the stories we want to tell. The only theories which suggest that such a thing _might_ be possible are so far untestable.
(Some day, I really do want to invent something with the acronym p. l. o. t., just because I want a real-world PLOT device.)
Well, in the context of propulsion systems, how about a back-pack style jet or compressed-air device which keeps the air flow at low Reynolds number? Wait for it...
No, hyperdrive is not possible. A plasma rocket, or ion engine (not a "jet") is both possible and already in use on a number of spacecraft. It produces very low thrust, but can do so for a long time.
"When a distinguished but elderly scientist states that something is possible, he is almost certainly right. When he states that something is impossible, he is very probably wrong."
If you mean a spaceship propulsion system that can achieve super-luminal velocities then no, we have no currently valid theories that can achieve it with technology we possess, or can foresee possessing in the future.
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And although we don't have large enough power sources at this time, conventional propulsion using nuclear reactors *could be used to send spacecraft to other stars at sub light speed and yet reach them in "reasonable" amounts of time. One need only deliver a continuous acceleration for an extended period of time. Really, you don't have to have hyper drives and warp drives to get places.
If we had waited for the airplane to go places, we'd all still be huddling around stinky peat fires in leaky huts.
(Some day, I really do want to invent something with the acronym p. l. o. t., just because I want a real-world PLOT device.)
Well, in the context of propulsion systems, how about a back-pack style jet or compressed-air device which keeps the air flow at low Reynolds number? Wait for it...
A Personal Laminar Operation Thruster.
Oh to heck with it
"When a distinguished but elderly scientist states that something is possible, he is almost certainly right. When he states that something is impossible, he is very probably wrong."
Steve
Yes spot-on with plasma jet engines. You see them on Ebay occasionally but they ain't that cheap when you do.
L
Steve