You know what, cap'n? You're all right.
It was clearly a mistake for the U.S. Government to organize its successful Moon missions without consulting sf fans about the most reasonable approach. Just because NASA's way worked proves nothing.![]()
Hey! We all know that GR was way, way more of an expert on space travel than those NASA losers.
I will e-mail NASA right away and tell them to stop violating Trek canon.
If you could be troubled to read any accounts of the space program (or failing that, watch a dramatization of same), you might see that all of these various approaches were considered early on.
^^ Actually, the "Alias/Xena guys" said (in the same interview with the "balancing the warp nacelles in a gravity well" quote) that what we saw in the trailer could have been just the individual components being built, with final assembly happening in space (which would explain why the nacelles looked to be in an odd position to the saucer).
Which doesn't explain why you'd want to have your shiny new engineering and primary hulls right next to something filled w/ antimatter that you're calibrating on the ground,
A. wouldn't the antimatter be in the shiny new engineering hull?
B. why would they fill the ship with antimatter before they finish construction?
a hundred tons of flaming tritenium (or whatever the hell the hull is made of) can propagate very well in vacuum...in an environment that is probably less safe than vaccuum (shock waves don't propigate in vaccuum.)![]()
Disregarding the second part since it sounds like bs, how would you calibrate the engines if you didn't have anything to put through them?
Excuse me? Let me dumb it down for you: If the nacelle blows up, it really doesn't matter if the ship is vacuum or not. The damage that the flying debris will cause will be the same (probably less so in an atmosphere then in vacuum).Which doesn't explain why you'd want to have your shiny new engineering and primary hulls right next to something filled w/ antimatter that you're calibrating on the ground,
A. wouldn't the antimatter be in the shiny new engineering hull?
B. why would they fill the ship with antimatter before they finish construction?
a hundred tons of flaming tritenium (or whatever the hell the hull is made of) can propagate very well in vacuum...in an environment that is probably less safe than vaccuum (shock waves don't propigate in vaccuum.)![]()
Disregarding the second part since it sounds like bs,
how would you calibrate the engines if you didn't have anything to put through them?
The warp plasma would probably be fed to the drives through a drydock umbilical (and no, the reactor on ground needn't necessarily be m/am, so no risk).
In fact, in one older Trek novel, it was said that the "box-docks" we saw in TMP and TWoK, could be lowered to the ground - and back up again - *while* cradling a ship - using antigravity. (Beams to hold the ship in place, others to lower and raise the entire dock.)
Why does it matter whether the Enterprise was built in space or on the Earth?
Let me dumb it down for you: If the nacelle blows up, it really doesn't matter if the ship is vacuum or not. The damage that the flying debris will cause will be the same (probably less so in an atmosphere then in vacuum).
Why does it matter whether the Enterprise was built in space or on the Earth?
If it makes for some drama and interesting visuals, I'm all for it - (pseudo-)science and thought-games be damned.
If the nacelle blows up, it really doesn't matter if the ship is vacuum or not.
Star Trek is not a documentary, it has chicks in tiny skirts and space battles. I'd say those elements are vastly more important than explaining how ships with imaginary engines will be built 300 years from now.
Let me dumb it down for you: If the nacelle blows up, it really doesn't matter if the ship is vacuum or not. The damage that the flying debris will cause will be the same (probably less so in an atmosphere then in vacuum).
That might be the most foolish post yet in this thread, which if you skim through it, is saying a helluva lot.
Ever seen atom bomb footage? There you go. Also, this would be a lot bigger.
Unless you're doing your engine testing in the arctic and don't care about the environment (meaning THE PLANET) in the slightest, the vaporizing part of the blast would eat a lot of landscaping. That's apart from your 'flying debris.'
Which doesn't explain why you'd want to have your shiny new engineering and primary hulls right next to something filled w/ antimatter that you're calibrating on the ground,
*cough* forcefield *cough*If the nacelle blows up, it really doesn't matter if the ship is vacuum or not.
End of discussion.![]()
Why does it matter whether the Enterprise was built in space or on the Earth?
If it makes for some drama and interesting visuals, I'm all for it - (pseudo-)science and thought-games be damned.
Exactly. Star Trek is not a documentary, it has chicks in tiny skirts and space battles. I'd say those elements are vastly more important than explaining how ships with imaginary engines will be built 300 years from now.
Getting all sciency on it is pointless. It probably won't even be in the f***ing movie.
*cough* forcefield *cough*If the nacelle blows up, it really doesn't matter if the ship is vacuum or not.
End of discussion.![]()
Like debating a fundamentalist, they just keep pulling made up stuff into an argument. F'getaboutit.
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