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Paul A. Czysz of McDonnell Douglas gave an interview to SpaceDaily wherein he mentions a Russian fusion drive they're looking at for the 2050 timeframe. According to him it could be capable of 1G continuous acceleration. Here's the link;<br /><br />http://www.spacedaily.com/reports/Could_NASA_Get_To_Pluto_Faster_Space_Expert_Says_Yes_By_Thinking_Nuclear.html<br /><br />==========<br />SD: You've said that a mission to Neptune could be accomplished in 15-and-a-half days?<br /><br />PC: Yes, at 1G acceleration all the way. You're accelerating at 1G all the time, and then when you get halfway, you turn the engine around and you decelerate at 1G.<br /><br />SD: Can you describe the powerplant that produces this?<br /><br />PC: The Russians have said that by 2050 they will have a highly efficient system that uses an extremely small amount of propellant. It's almost a massless propulsion system. It interacts with the space energy structure, producing extremely high-velocity particles that come out of the engine.<br /><br />SD: Like a stellar ramjet?<br /><br />PC: No. It's a fusion device that produces extremely high-velocity particles, as much as a tenth of the speed of light.<br /><br />SD: But this is only theoretical, this has not been tested, yes?<br /><br />PC: It is possible to build such a thing if you can contain the reaction. A guy I know at the Keldysh Institute (for Applied Mathematics, in Moscow) who is working on this claims that by 2050 there will be such as device. The Russians are at least 35 years ahead of us on nuclear propulsion. <br />==========<br /><br />Anyone know more specifics?<br /><br /> <div class="Discussion_UserSignature"> </div>