You do know that when I meant "space exploration", I was including technologies to aid space exploration? A single 10-megaton warhead has enough energy to send 280,000 tons into orbit. Use, say, 1% of the world's nuclear stockpile and we cold send entire cities worth of material up there. With current technology.Continuity said:Its way to early to make any big investments in space, space is stupidly expensive in every aspect, incredibly environmentally unfriendly and for the most part has dubious returns (bar satellites).
Sure in the distant future when we have an eco friendly method of getting hardware and people into space, it will be worth investing more in.
Not yet though, much bigger concerns down here on the planet to work on first.
In short, you guys watch way too much sci-fi - that shit aint real you know.
I can agree with that, 'Impossible' throughout science has been consistently shown to be 'possible' It was thought that the human body couldn't withstand moving at a speed faster than 35mph without dying. It was thought that powered flight was impossible. It was thought that orbiting anything was completely impossible. It was thought that it was impossible to land a man on the moon. The 'Impossible' consistently becomes 'possible'. Remember, NASA engineers are looking at theoretical ways to go faster than light, and many of their solutions are limited only by power output.Lacsapix said:its goning to be very hard to explain this without sounding like an idiot..Continuity said:In short, you guys watch way too much sci-fi - that shit aint real you know.
but...
nothing is impossible, mankind broke so many laws-of-physics that I think that laws-of-physics are more like guidlines then accual rules(!).
with that in mind the stars get closer.
we aren't getting anywhere with lines like "that is impossible" and "that ain't real". we should open our minds and banish that nasty word "impossible".
also being environmentally unfriendly is not a good excuse.
all the cows in the Netherlands fart ten times as much greenhouse gasses A DAY then one single shuttle launch.
NASA without a doubt. The only help the animals really need is for us to mind our own business.IndianaJonny said:Think about it in terms of your own pennies - would you help fund WWF or NASA?
Were it so easy to seperate the two. 'Our own business' often involves eating a lot of the critters as well as moving around, building and working in a mutually occupied environment. Environmental impact management is serious business, every item you use came from materials on this planet so it might be something worth investing in, no?Loop Stricken said:NASA without a doubt. The only help the animals really need is for us to mind our own business.IndianaJonny said:Think about it in terms of your own pennies - would you help fund WWF or NASA?
Wasn't it someone like Arthur C Clark who wrote something along the lines of "today's sci-fi is tomorrow's reality"?Continuity said:In short, you guys watch way too much sci-fi - that shit aint real you know.
With current technology huh?Da Orky Man said:You do know that when I meant "space exploration", I was including technologies to aid space exploration? A single 10-megaton warhead has enough energy to send 280,000 tons into orbit. Use, say, 1% of the world's nuclear stockpile and we cold send entire cities worth of material up there. With current technology.Continuity said:Its way to early to make any big investments in space, space is stupidly expensive in every aspect, incredibly environmentally unfriendly and for the most part has dubious returns (bar satellites).
Sure in the distant future when we have an eco friendly method of getting hardware and people into space, it will be worth investing more in.
Not yet though, much bigger concerns down here on the planet to work on first.
In short, you guys watch way too much sci-fi - that shit aint real you know.
First, the blast damage to the equipment is negligible, since you would of course use blast shields on the craft. The explosion would be a funnelled force, so it would be controlled. The main blast would be about a kilometer underground, so no fallout damage. And, fair enough, you couldn't get people into space with that.Continuity said:With current technology huh?Da Orky Man said:You do know that when I meant "space exploration", I was including technologies to aid space exploration? A single 10-megaton warhead has enough energy to send 280,000 tons into orbit. Use, say, 1% of the world's nuclear stockpile and we cold send entire cities worth of material up there. With current technology.Continuity said:Its way to early to make any big investments in space, space is stupidly expensive in every aspect, incredibly environmentally unfriendly and for the most part has dubious returns (bar satellites).
Sure in the distant future when we have an eco friendly method of getting hardware and people into space, it will be worth investing more in.
Not yet though, much bigger concerns down here on the planet to work on first.
In short, you guys watch way too much sci-fi - that shit aint real you know.
Care to explain to me how nuclear material can be used to create propulsion that will get us into orbit? I don't really think that detonating a warhead is a viable means TBH for a number of reasons, such as blast damage, accelerations way beyond what the human body can withstand, the lack of control involved in an explosion, and last but not least the radioactive fallout.
The only way to get a free-standing craft into orbit at accelerations that wont liquefy an astronaut is with a sustained force producing a steady acceleration, e.g. a rocket.