I second many of your points. And, also...
"the purple D"
Had me immediately thinking, "Well, STO vanity shields are canon now, I guess."
I second many of your points. And, also...
"the purple D"
Had me immediately thinking, "Well, STO vanity shields are canon now, I guess."
The mugato was an excellent choice!
The intent behind my original reply was to complain and hope for a change in how dark recent Trek shows have been, except SNW. I know we all have our favorites; I'm just not at all a fan of this trend of the bad guys being cool in Star Trek. Again, in Star Trek. The casts, the acting, the production are all great and I'm glad more Trek exists; I, personally, just wish it was a bit more shiny.
Do I want those shows not to exist in the first place? No. I just don't rewatch them like I do others, thus I don't care to make pumpkins about starring characters who are not the characters I'd want in humanity's future.
That's great! My original en-edited reply congratulated you, but then I thought, "This is the internet. Burrito Trucks can't carve pumpkins...." LOL
My favorite is the Mugato.
Fair point and well done (to the artists)!!
How about we carve a Spock or Picard or Mariner or really anyone else who isn't a genocidal dictator? Hmm? Maybe?
No? Perhaps my dream for Star Trek has too much hope for humanity's future? Not enough grit, tears, and flashy booms?
Agreed. I would have loved to have that kind of callback to the story.
That was a lot of fun to watch. Thanks for providing the links to the various segments!
Groundhog Day
Groundhog Day
Hahaha. I'm now thinking of my question in that context and it makes this whole thing so much funnier.
I would think that any object (including the ship) is traveling at a sub-light speed within the warp bubble and therefore would only keep that same velocity when (catastrophically) exiting the warp bubble. Unless by exiting the warp bubble in an uncontrolled manner creates some other force which slows the object somehow.
My understanding is that the warp bubble is moving space around the object (including the ship) rather than accelerating the object to FTL (faster-than-light) speeds, thus we really only have to consider the relative velocities within the warp bubble.
Edit to add: Oh, also, I should add that (IMO) the object cannot continue to travel at FTL speed since it has no warp drive of its own to maintain the warp field.