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Originally posted by C0bzz
Originally posted by Larryman
reply to post by xmotex
Has NASA spent even one dollar on development of anti-gravity (dark energy) for use as a ship lifting force in the last 10 years?
NASA has researched dark energy in the last 10 years. Given the slow progression, even in non-NASA research, tells us that using dark energy is unreasonable in the near future time scale as propulsion. If you think such technologies exist then it's up to you to prove that they exist.
If you want to push Humanity into being a space faring civilization - then go join a space lobbying group. Doesn't anyone get it? The REASON we don't go to mars, or even the moon, is because the average person doesn't care.
[edit on 12/8/2009 by C0bzz]
Dark energy would be a more useful propulsion method if we had the slightest idea what it was or how it worked, which we don't. Nobody's even certain that it actually exists,
Bob Lazar asserted that ununpentium functioned as "fuel" for UFOs, being "stepped up" to ununhexium under "particulate bombardment," and that the ununhexium's decay products would include antimatter.
Originally posted by Larryman
We should have had light-speed space-cities by now.
[edit on 8/12/2009 by Larryman]
What’s the rarest and most expensive substance on our planet? No, it’s not platinum or gold or diamonds. Give up? It’s antimatter. Created for fractions of a millisecond by colliders and giant lasers, a single gram costs some $60 trillion according to a 1999 NASA estimate. Now, a recent experiment at the Lawrence Livermore National Laboratory might lower that cost. Apparently, when a short burst of a powerful laser hits a millimeter thin sliver of gold, it produces over 100 billion antimatter particles. The scientists at the laboratory plan to use their new technique for making positrons to study high energy physics. But there might be a very interesting practical application for their experiment in the near future.
Now you might be wondering what such an explosive, expensive and short lived particle could do for us outside of a lab. Because matter/antimatter reactions are 100% efficient, futurists and sci-fi authors thought it would be a good way to make cheap energy. Unfortunately, that’s not going to happen anytime soon. Because it takes trillions of watts to create positrons in the first place, the end result will be a net loss. However, positrons have another use. For the last twenty years, engineers started drawing up plans for an antimatter engine which uses quick injections of positrons as an accelerant.
Did you guys even check out the thread I referred to?
Originally posted by plumranch
You seem to be Keshe's main supporter here on ATS. What evidence do you have that we don't?
Originally posted by Larryman
Yes, I read it. And I'll believe it when I see his prototype lift him 30 feet into the air, and hold him there for 15 minutes. And then I want to see that very same device lift it's self 1 foot off the ground in a hard vacuum of a transparent vacuum chamber. And all demonstrated before critical scientist witnesses, allowed to examine for fakery. And I want to see their (not his) time-stamped video recordings of the demonstration, recorded from surrounding angles.
A free-ranging ship, if I understand correctly, is just a ship that stays in space and is used for various missions around the Solar System, not purpose-built for a particular mission and then scrapped.
Originally posted by Wormwood Squirm
IMO the Free ranging concept would be simply explained as a space faring vehicle that is free to move about to anywhere desired such ass stopping at the moon, continuing to mars, going to stop by space station etc.