Yea, too bad that's not what we are debating here!
...a healthy, yet competitive debate on the laws of physics(both quantum and regular), and how they affect the propulsion of starships.
Because it's even more silly to describe ever faster top speeds using decimal points. From a story telling perspective it doesn't work. Which is what this is. fictional stories. What is going to impress upon the reader/viewer the impression of speed more? "Captain, we've just passed warp 24!", or "Captain, we've just passed warp 9.9995!"
There appear to be two distinct discussions going on. The first:
...a healthy, yet competitive debate on the laws of physics(both quantum and regular), and how they affect the propulsion of starships.
is different from how the TNG Warp scale is sillier than the TOS:
Because it's even more silly to describe ever faster top speeds using decimal points. From a story telling perspective it doesn't work. Which is what this is. fictional stories. What is going to impress upon the reader/viewer the impression of speed more? "Captain, we've just passed warp 24!", or "Captain, we've just passed warp 9.9995!"
One is about the mechanics of FTL physics - one is about a literary device and its effectivness in telling a story.
While the two are vaguely related, trying to use the same arguments for both is only going to lead to tears.
IMO
There appear to be two distinct discussions going on. The first:
...a healthy, yet competitive debate on the laws of physics(both quantum and regular), and how they affect the propulsion of starships.
is different from how the TNG Warp scale is sillier than the TOS:
Because it's even more silly to describe ever faster top speeds using decimal points. From a story telling perspective it doesn't work. Which is what this is. fictional stories. What is going to impress upon the reader/viewer the impression of speed more? "Captain, we've just passed warp 24!", or "Captain, we've just passed warp 9.9995!"
One is about the mechanics of FTL physics - one is about a literary device and its effectivness in telling a story.
While the two are vaguely related, trying to use the same arguments for both is only going to lead to tears.
IMO
I used the argument of physics to try to explain to "Sojourner" how the new warp scale is more accurate, due to the advances that engineers and scientists in the Trek universe have made in the understanding of how warp fields bend space-time. It's silly to think that in over 100 years since Kirk's time, warp-capable civilizations would not have made any advances in warp field mechanics, and how they affect space-time. Do we still use the same scales and standards of measurement, that we used 100 years ago?
There appear to be two distinct discussions going on. The first:
...a healthy, yet competitive debate on the laws of physics(both quantum and regular), and how they affect the propulsion of starships.
is different from how the TNG Warp scale is sillier than the TOS:
Because it's even more silly to describe ever faster top speeds using decimal points. From a story telling perspective it doesn't work. Which is what this is. fictional stories. What is going to impress upon the reader/viewer the impression of speed more? "Captain, we've just passed warp 24!", or "Captain, we've just passed warp 9.9995!"
One is about the mechanics of FTL physics - one is about a literary device and its effectivness in telling a story.
While the two are vaguely related, trying to use the same arguments for both is only going to lead to tears.
IMO
I used the argument of physics to try to explain to "Sojourner" how the new warp scale is more accurate, due to the advances that engineers and scientists in the Trek universe have made in the understanding of how warp fields bend space-time. It's silly to think that in over 100 years since Kirk's time, warp-capable civilizations would not have made any advances in warp field mechanics, and how they affect space-time. Do we still use the same scales and standards of measurement, that we used 100 years ago?
Alright, I reread the thread, and you never actually explained anything. You didn't even describe the physics of it. You just simply mention the existence of physics and using the word "logic".There appear to be two distinct discussions going on. The first:
...a healthy, yet competitive debate on the laws of physics(both quantum and regular), and how they affect the propulsion of starships.
is different from how the TNG Warp scale is sillier than the TOS:
Because it's even more silly to describe ever faster top speeds using decimal points. From a story telling perspective it doesn't work. Which is what this is. fictional stories. What is going to impress upon the reader/viewer the impression of speed more? "Captain, we've just passed warp 24!", or "Captain, we've just passed warp 9.9995!"
One is about the mechanics of FTL physics - one is about a literary device and its effectivness in telling a story.
While the two are vaguely related, trying to use the same arguments for both is only going to lead to tears.
IMO
I used the argument of physics to try to explain to "Sojourner" how the new warp scale is more accurate, due to the advances that engineers and scientists in the Trek universe have made in the understanding of how warp fields bend space-time. It's silly to think that in over 100 years since Kirk's time, warp-capable civilizations would not have made any advances in warp field mechanics, and how they affect space-time. Do we still use the same scales and standards of measurement, that we used 100 years ago?
Alright, I reread the thread, and you never actually explained anything. You didn't even describe the physics of it. You just simply mention the existence of physics and using the word "logic".There appear to be two distinct discussions going on. The first:
is different from how the TNG Warp scale is sillier than the TOS:
One is about the mechanics of FTL physics - one is about a literary device and its effectivness in telling a story.
While the two are vaguely related, trying to use the same arguments for both is only going to lead to tears.
IMO
I used the argument of physics to try to explain to "Sojourner" how the new warp scale is more accurate, due to the advances that engineers and scientists in the Trek universe have made in the understanding of how warp fields bend space-time. It's silly to think that in over 100 years since Kirk's time, warp-capable civilizations would not have made any advances in warp field mechanics, and how they affect space-time. Do we still use the same scales and standards of measurement, that we used 100 years ago?
^Your lack of, and avoidance of, any real information actually points to you not knowing what you're talking about.
Isn't the whole warp speed debate thrown by the recent discovery of dark matter and dark energy? I think variable warp speeds based on the amount of dark matter is feasible so these high speed 'warp corridors' simply become regions of space with less dark matter to hinder the space warp.
But WHY is it more realistic? Why is a limit of 10 more realistic then a limit of infinity? (and TNG's warp 10 is a limit at infinity).
But WHY is it more realistic? Why is a limit of 10 more realistic then a limit of infinity? (and TNG's warp 10 is a limit at infinity).
It's more realistic because by having a warp scale that increases without any limit(well, not any limit that we can quantify), the writers and others who were in charge of directing the episodes from TNG, Voyager, and DS9, probably thought that viewers(if they kept the warp scale used in TOS) wouldn't watch their shows because it was too outside the realm of possibility. Setting the limit to warp 10 seems to be more in the realm of possibility.
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