GIThruster wrote:"Killing a bacteria with a nuke? Flying in atmosphere is easy. Even we can do it. Flying in atmosphere with a Mach drive is even easier. Negating inertia of a whole ship (and who knows how much air around it, to avoid cavitation, extreme friction etc.) is not. It's several orders of magnitude more energy, completely wasted on ability to do pointless manoeuvres."
We don't know how much if any more energy is required to produce warp,
Don't we? Don't we know the difference between minimal effective mach thruster and a warp drive? What was this topic about, again?
GIThruster wrote: and if the ship is equipped with a warp drive that allows fantastical maneuvers, it is best to use it.
The typical ~100 feet long ship?
GIThruster wrote: There is no friction, etc. The spacetime the warp bubble flies through does not connect with a warp ship at all, so there is no friction of any sort. (This also explains why there is no sound, not even of rushing air when such ships speed away.)
Spacetime bubbles can move through your room right now. No friction, no noise, no UFO sightings either.
GIThruster wrote:Further, your assumption that high gee maneuvers are "pointless" is again, just assumption. When you have a ship that can operate like this,
it's operating on a star's energy budget and is not used for joyriding?
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GIThruster wrote:
the question really becomes why operate it in any other way. Why do you think we finally took sails off steam ships?
Why do you think we don't mount nuclear reactors on gocarts?
"The point is, some observations might fit some assumptions but the whole picture is not coherent at all."
I'll admit there are plenty of unanswered questions, but the picture I'm painting is certainly coherent..
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Not the one here.