Explosion? David Mack ...
Given that Romulus was destroyed by a supernova some distance away, I would say it would be more like the destruction of Veridian III in Generations.
Wait, DS9forever - do you want it to be destroyed deliberately?
When a blast front that should have taken forever to get to Romulus at STL speeds blows the planet away with little warning, I think there is something hinky going on...![]()
...If they're the same species on every biological level, Chekov should never have been able to pinpoint Spock on that Stormbird...
^Except we do have precedent for cosmic explosions' effects propagating faster than light in The Undiscovered Country and Generations. I even used FTL propagation of radiation as a plot-hole patch in "Brief Candle" in the Distant Shores anthology, justifying it with a handwave about "subspace tunneling."
...If they're the same species on every biological level, Chekov should never have been able to pinpoint Spock on that Stormbird...
Sure he could have, easily! Spock would have been the only one on that ship at that point who was partly Human, just scan for Human DNA and BANG! There you go!
^Except we do have precedent for cosmic explosions' effects propagating faster than light in The Undiscovered Country and Generations. I even used FTL propagation of radiation as a plot-hole patch in "Brief Candle" in the Distant Shores anthology, justifying it with a handwave about "subspace tunneling."
ST VI, I'll buy that as faster than light, but not Generations as the film clearly shows Enterprise outrunning the shockwave only at Warp 1 so by that reckoning, I'd suggest the shockwave had to be moving slightly slower than light speed.
ST VI, I'll buy that as faster than light, but not Generations as the film clearly shows Enterprise outrunning the shockwave only at Warp 1 so by that reckoning, I'd suggest the shockwave had to be moving slightly slower than light speed.
The biggest problem with Generations is how a chemical rocket launched from Veridian III reaches the sun as soon as it's out of sight.
I like to imagine they cut out several minutes of the two of them just standing there waiting for the inevitable.
The biggest problem with Generations is how a chemical rocket launched from Veridian III reaches the sun as soon as it's out of sight.
The biggest problem with Generations is how a chemical rocket launched from Veridian III reaches the sun as soon as it's out of sight.
The biggest problem with Generations was why the heck didn't Picard just instantly leave the Nexus, return to the Enterprise at Amargossa and have Worf toss Soran in the brig.
ST VI, I'll buy that as faster than light, but not Generations as the film clearly shows Enterprise outrunning the shockwave only at Warp 1 so by that reckoning, I'd suggest the shockwave had to be moving slightly slower than light speed.
You're forgetting the Stellar Cartography sequence. Data determined that the trajectories of starships dozens of light-years away were instantaneously affected by the Amargosa supernova, as was the course of the Nexus. Soran's whole plan -- to "steer" the Nexus by blowing up stars so that the gravitational changes would alter its course -- depended on the supernovae's gravitational effects propagating through space instantaneously, or at least far faster than light. Otherwise he would've had to blow up those stars decades before the Nexus arrived.
(Of course, realistically, not only would the gravitational effects have propagated slower than light, but there wouldn't really have been any gravitational effects. Even if a star blows up, all its mass is still there in an expanding cloud whose center of mass is pretty much exactly where it was before, unless it's an asymmetrical supernova as sometimes happens. From the perspective of a star parsecs away, that expanding supernova remnant is still going to be a gravitational point source for years or decades after the explosion. My personal fix for that is to assume that Soran was really going for the gravity waves from the explosions, rather than the "disappearance" of their mass as the script assumed.)
The biggest problem with Generations is how a chemical rocket launched from Veridian III reaches the sun as soon as it's out of sight.
As I understand from reading somewhere and I don't remember where, that's exactly what happened, it was just meant to be several minutes later, after the rocket had traveled to the sun and the light from the collapse had traveled back. I remember someone who was a scientist saying what was shown was pretty much right, when the light got back to the planet, it would start getting dark pretty quick and then the shock wave (at least as depicted in the film) would be right behind the light.Well, the rocket could've cut in a micro-warp drive once it was launched. The problem is that it should've taken several minutes for the light from the explosion to reach Picard & Soran's eyes. I like to imagine they cut out several minutes of the two of them just standing there waiting for the inevitable.
The biggest problem with Generations is how a chemical rocket launched from Veridian III reaches the sun as soon as it's out of sight.
The biggest problem with Generations was why the heck didn't Picard just instantly leave the Nexus, return to the Enterprise at Amargossa and have Worf toss Soran in the brig.
How would he justify that one?
I suppose it would be easy enough, that Picard could tell what happens, but Ron Moore and Brannon Braga, in their audio commentary for the film, said these are the kind of questions that you hope your film is compelling enough that the audience doesn't start asking them. Why didn't he just go back a month or two, catch Soran in the bathroom and just shoot him? It's the same thing with say, The Terminator, why didn't The Terminator just wait for Sarah to be somewhere quiet in a bathroom and take her out then?
The biggest problem with Generations is how a chemical rocket launched from Veridian III reaches the sun as soon as it's out of sight.
The biggest problem with Generations was why the heck didn't Picard just instantly leave the Nexus, return to the Enterprise at Amargossa and have Worf toss Soran in the brig.
How would he justify that one?
BUT... that being said... I STILL maintain that the Amargosa shock wave had to be slower than light because if it were faster then there is no way at all that the Enterprise should have been able to outrun it at Warp 1, period. That shock wave should have overtaken the ship and destroyed it.
The biggest problem with Generations was why the heck didn't Picard just instantly leave the Nexus, return to the Enterprise at Amargossa and have Worf toss Soran in the brig.
BUT... that being said... I STILL maintain that the Amargosa shock wave had to be slower than light because if it were faster then there is no way at all that the Enterprise should have been able to outrun it at Warp 1, period. That shock wave should have overtaken the ship and destroyed it.
Well, we're talking about a couple of different things. What they referred to incorrectly as a "shock wave" in GEN (shock waves cannot exist in vacuum, by definition) would've more likely been the expanding front of radiation and expelled stellar atmosphere from the exploding star. Perhaps that could very loosely be considered a shock wave because it was expelled by the shock waves within the star itself that tore it apart when the core collapsed. In any case, that would propagate slower than light, and is different from the phenomenon I'm talking about, which is the gravitational "ripples" propagating FTL through subspace and affecting the trajectories of starships and the Nexus. The subspace ripples were not destructive in themselves; what the ship was fleeing from at Warp 1 would've been the radiation front propagating at lightspeed or less.
Now, obviously what the 2009 movie alleged to have happened to Romulus is not exactly the same as that, but that's where Praxis comes in. There we did see something described explicitly as a "subspace shock wave," clearly travelling faster than light and depicted as having harmful or destructive effects. That's not exactly the same either, but it and GEN do demonstrate that it's at least potentially possible for the effects of a supernova or cosmic explosion to propagate faster than light. So while the Romulus situation of 2387 is distinct from those events in a number of ways, those events do provide precedent for that general class of events, i.e. cosmic explosions that have some effects propagating faster than light through subspace.
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