My next question regards the birth of the Terran warp drive with Cochrane's Phoenix.
Did this ship have a matter/antimatter (M/A) reactor? (I know that Riker says in "First Contact": "Bring the warp core on line." But this seems to me a rather modern expression, given that this is the first Earth ship with warp drive. I would think that "matter/antimatter reactor" would have been more appropriate. Or he just could have been using his modern term.)
Several objections to Phoenix having a M/A reactor:
1. Dilithium is supposedly needed to control the M/A reaction. Is dilithium available on Earth? It's not found on all planets, and if it were naturally occurring here, we probably would've read about it in the papers. (By the way, why would the Klingons use prisoners to mine this extremely important strategic resource on Rura Penthe? Especially with an energy crisis.)
2. Even if M/A reactors had been developed, producing antimatter seems extremely difficult. Even in the 24th Century, it is only manufacturered in limited locations. In the 21st century, I think manufacturing antimatter would've taken enormous resources (both material and monetary), probably not available to an entire country after a nuclear war and certainly not available at the glorified hobo camp around the Phoenix launch site. (The facilities also seem too primitive for warp drive, but that's another question.) During WWII's Manhattan Project, making enough fissionable material was the main bottle neck to atomic bomb production. I can believe Cochrane made the breakthrough of warp drive, but to make the additional simultaneous breakthrough of the M/A reactor seems unlikely.
3. Even if they could produce antimatter, it is an extremely dangerous substance. You wouldn't want to have that stuff anywhere near large groups of people without extreme safeguards.
If the key to warp drive is not a specific type of energy but rather the amount of energy, fusion power might be sufficient. Even today, we are pretty close to producing fusion energy. It's probably available by 2063.
Although it's not strictly canon, a cutaway poster of Phoenix has been published by Scipubtech. Does anyone have it? Does it show a warp core?
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As you say, fusion would probably provide an acceptable power source. The fuel for such an engine would be far more easier to come by and store.
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--
Soul Coughing
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"I think you people have proven something to the world: that a half a million kids can get together and have three days of fun and music� and have nothing but fun and music."
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[This message has been edited by Obi Juan (edited October 26, 1999).]
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Elim Garak: "Oh, it's just Garak. Plain, simple Garak. Now, good day to you, Doctor. I'm so glad to have made such an... interesting new friend today." (DS9: "Past Prologue")
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--
John Linnell
Tahna Los raises a valid point. We currently have the technology to create very compact fission power generators. As a matter of fact, a few years ago, someone developed such a generator that was self-contained, about the size of a wastebasket or garbage can, and generated enough power to provide all the electricity required by five conventional homes.
The Russians, especially, used fission generators to power their spy satellites, and all of our probes that explore past Mars also have fission powerplants. The sunlight beyond Mars is so weak that solar arrays must be impractically large to be of any use beyond that point.
It is quite plausible that the Phoenix's "warp core" is a small fission powerplant. Such a powerplant could be used to heat hydrogen (or some other material) into the plasma required by the warp drives.
--Baloo
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[This message has been edited by Baloo (edited October 27, 1999).]
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"This is where the adventure is. This is where heroes are made." - Dr. Bashir
Federation Starship Datalink - Now with a pop-up on every page...damn you Tripod!
It would have to have some kind of deflector.
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When you're in the Sol system, come visit the Starfleet Museum
As for the radiation, a fusion reaction is not totally radiation free, and while safer, I wouldn't want to stand next to one.
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"Like I told you, you are concentric in your form. When it's cold you've got yourself to keep you warm."
--
John Linnell
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"I think you people have proven something to the world: that a half a million kids can get together and have three days of fun and music� and have nothing but fun and music."
-Max Yasgur; Woodstock, NY; August, 1969
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All hands, abandon ship! All hand, abandon...
BOOM!
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"I think you people have proven something to the world: that a half a million kids can get together and have three days of fun and music� and have nothing but fun and music."
-Max Yasgur; Woodstock, NY; August, 1969
From much of what I have read (and speculated) warp drive seems to sidestep action/reaction altogether. If there are any physics majors out there, go ahead and calculate the accelerative forces required to reach lightspeed in about a minute, in terms of the amount of matter you would have to anihilate to generate that much power. I imagine the amount exceeds the mass of the Phoenix and its occupants by many orders of magnitude. THAT is how much energy would be required to counter the accelerative forces unless the warp field accelerates everything within it at the same rate.
I always understoof the SIF was necessary for very large ships because the acceleration provided by the impulse engines is incredibly huge, not because they needed to counteract the effects of warp acceleration. Otherwise they would require more energy than exists in the entire universe just to reach warp one.
--Baloo
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[This message has been edited by Baloo (edited October 29, 1999).]
This shows that apart from the warp drive itself, technology must have evolved from 2000 to 2063, despite WW III and the fact that the Titan missile is ancient. I would have preferred a less severe WW III and a warp ship being launched from a space station. I think the way Cochrane' breakthrough is shown in FC is rather incredible.
Baloo is probably right about the SIF. This is necessary mainly because of the scaling paradox (seems to be my favorite topic) because otherwise a Galaxy could not remain in one piece.
Baloo: Will your next Latin signature be "Cave diem" and how will you translate it?
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Regarding the structural integrity field, I believe Geordi does say sometime in the warp capsule "Structural integrity is holding."
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When you're in the Sol system, come visit the Starfleet Museum
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"Like I told you, you are concentric in your form. When it's cold you've got yourself to keep you warm."
--
John Linnell
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When you're in the Sol system, come visit the Starfleet Museum
I think Bernd, as an engineer, can probably confirm this definition. For example, despite the fact that several screws have fallen out of my desk chair (and subsequently been lost), it's structural integrity is only marginally compromised. Translation: My chair is missing a few screws but it doesn't seem to be noticably weaker because of this. My chair has no structural integrity field, but has structural integrity despite this lack (though if I lose any more screws, I'd better get some more or start looking for a new chair).
--Baloo
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[This message has been edited by Baloo (edited October 30, 1999).]
Anyway, I think have that calculation you posed
Acceleration from zero velocity to just under lightspeed, c, in one minute = (roughly)
a = [3* 10^8 m/s] / [60s] = 5 * 10^6 m/s^2.
Assuming a mass of say 3000kg for the missile and it's illustrious occupants, and it travelled about 200,000km,
then F = ma
=> F = 3000kg * 5*10^6m/s^2
= 1.5 * 10^10 N.
Therefore, energy required to move it x = 200,000km, at constant speed, is
E = F*x
= 1.5*10^10N * 2*10^8m
= 3 * 10^18 joules.
From E = mc^2,
=> m = E / c^2
= 3*10^18J * (3*10^8m/s^2)^2
m = 2.7 * 10^35J !!!
You were right, Baloo: even if my assumptions are off by a few orders of magnitude, there sure as hell isn't 0.27 bilion billion billion kilograms of matter aboard the Phoenix, science fiction or not.
But what does this imply?
The existence of a SIF field and it's generators?
I have to think so - otherwise we'd have seen Riker-pizza. Now wouldn't that be a shame.
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The SIF doesn't protect the people but the structure of the vessel. If the ship is accelerating at maximum impulse (about 200 gees for the Ent-D) the SIF keeps bits from fracturing and breaking off. The inertial dampers are what keeps people from becoming chunky salsa.
I still think that the "acceleration" due to the warp field affects the ship (and it's contents) as a whole, and is therefore not felt. Impulse engines, however, work on Newtonian action/reaction. Kick out the jams without the inertial dampers going and everyone will become so much loose protoplasm. Since the Phoenix doesn't have a 200-gee thruster, it would be quite simple to avoid the requirement for an SIF or inertial dampers by simply keeping the throttle below the "Strawberry Jam" setting.
--Baloo
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If this is the future, then where are all the flying cars?
www.geocities.com/Area51/Shire/8641/
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All hands, abandon ship! All hand, abandon...
BOOM!
------------------
"This is where the adventure is. This is where heroes are made." - Dr. Bashir
Federation Starship Datalink - Now with a pop-up on every page...damn you Tripod!
------------------
"I think you people have proven something to the world: that a half a million kids can get together and have three days of fun and music� and have nothing but fun and music."
-Max Yasgur; Woodstock, NY; August, 1969