Kane Starkiller wrote:I reread the relevant quotes and you're right nowhere does it state that second was 2/3 of power and third full power. What you didn't mention however is that only the first beam was quantified as being 1/3 of the final available power. Not the other two. So you have no basis in claiming that other two were also 1/3.
But the first and second shots have all similar effects. The second shot doesn't change dramatically from the first one. It just adds more of the level of destruction from the first one.
The first one is at 1/3 of the power the Death Star will be capable of.
The second and third shots have recharge times which only differ by four-six minutes, so they can't be drastically different either.
Now let's add Alderaan to that. The beam generates two distinctly separate explosions. The first one actually cause a level of destruction on the surface of Alderaan that is in the ballpark of the so called watered down first two shots that hit Despayre.
It's particularily impossible to claim that the second Despayre shot was more powerful than the first one:
An hour and fifteen minutes after the first beam, Tenn fired the second one.
The planet Despayre, already scorched lifeless and beset with cataclysmic groundquakes and volcanism, began to shake like some tormented creature in its death throes. Massive cracks, thousands of kilometers long and tens of klicks wide, striated the world. Mountains collapsed in one hemisphere as they jutted up and rose in another. It was impossible to see all this directly, of course, because of the cloud cover that had blanketed the surface, but the IR and VSI scopes showed everything all too clearly. The molten core of the globe, already venting through innumerable new volcanoes, oozed to the surface and produced oceans of lava that spread across the land. This was how the planet had been born, and this was how it was dying.
See that cloud layer that blocks the view from the new wave of devastation?
The first beam put the atmosphere on fire. The second doesn't even kick fireballs through it, nor is making a significant part of said atmosphere drift away.
There's no way the second shot could have been much more powerful, especially not if an hypothetical logarithmic scale was involved.
And even if I would have underestimated the power of the second shot, the
addition of the energy of the second shot brought the effects to a
total of energy which generated effects which are the same as those generated by a shot from the Eclipse superlaser cannon.
Let's compare:
Eclipse's superlaser firepower and effects:
Star Wars: The Essential Guide to Vehicles and Vessels pg 46 wrote:
The Eclipse was also intended to devastate entire worlds. Its main weapon was a superlaser weapon although its power was only two-thirds that of the main weapon aboard the first Death Star --it was 'merely' powerful enough to crack the crust of a planet rather than destroy it outright.
Effects of two shots from the first Death Star:
Death Star wrote:
An hour and fifteen minutes after the first beam, Tenn fired the second one.
The planet Despayre, already scorched lifeless and beset with cataclysmic groundquakes and volcanism, began to shake like some tormented creature in its death throes. Massive cracks, thousands of kilometers long and tens of klicks wide, striated the world. Mountains collapsed in one hemisphere as they jutted up and rose in another. It was impossible to see all this directly, of course, because of the cloud cover that had blanketed the surface, but the IR and VSI scopes showed everything all too clearly. The molten core of the globe, already venting through innumerable new volcanoes, oozed to the surface and produced oceans of lava that spread across the land. This was how the planet had been born, and this was how it was dying.
So we have very similar effects, with one case being a shot at 2/3, and the other being 1/3 + 1/3.
Besides, there is that bit:
Death Star wrote:COMMAND CENTER, OVERBRIDGE, DEATH STAR
"You're confident of this?" Motti nodded. "Yes, sir. The interior is not finished, but the hull is patent and the hyperdrives will be ready shortly. Enough for a partial shakedown."
"Good. Since the Rebels know our location, we cannot risk staying in the same system until we are at full readiness."
"Prudent."
"And the superlaser?"
"Engineering tells me that we can manage thirty percent power and, after a fast capacitor recharge for an hour or two, that much again."
"How strong will that beam be?"
Motti shrugged. "Theoretical. Nobody knows for sure."
"Well, then we need to test it before we embark."
"That would be wise. Do you have a target in mind?"
Tarkin smiled. "Yes. I do."
So the second shot will be ready after an hour or two after the first one, and will,
again, be at thirty percent power (roughly).
Therefore, the connection between the three shots is definitely established.
It is irrelevant how power is measured. It doesn't matter whether you are measuring power, energy, distance or time if you are working with logarithmic scale. At logarithmic scale with the base of 10, 3 times greater quantity is actually 1000 times greater quantity on linear scale.
Suppose you want to put the power consumption of a lightbulb, a steel mill and the production of a power plant on a chart. A lightbulb is rated at say 100W (10^2W), steel mill 1 MW(10^6W) and the powerplant at 100 MW (10^8W). Obviously there is no way to put this on a linear scale chart and have it be readable. So you use a logarithmic chart where 100W becomes 2 since log(100) is 2, MW becomes 6 and 100 MW becomes 8. At this scale a lightbulb will use up 2/8 or 1/4 or the power generated by the power plant while the steel mill will use up 6/8 or 3/4 of the total power.
This situation is analogous to Death Star which is expected to fire at individual starships all the way up to planets which will require 10 orders of magnitude greater power. Again for the purpose of chart reading for the Death Star's engineers or not having it's captains have to order firepower set to one quadrillionth a logarithmic or a similar non linear scale could be used. This way 1/3 would be enough to destroy any ~10km starship, 2/3 do depopulate the planet or destroy a large asteroid and full power enough to obliterate an entire planet along with any orbital structures and moons.
Power is watts. Watts is not a logarithmic unit.
If you introduce a transition to a logarithmic scale, you invent a new unit (like decibels, or magnitude on the Richter Scale), and thus you use the terms of that unit.
In the case of decibels, if you say the power or intensity has doubled, it wouldn't translate as twice the amount of decibels. It would translate as twice the power or intensity, which you would have,
then, to be translated back into decibels.
Who said anything about explaining it in detail? You don't explain anything at all. What is this exotic reaction you keep talking about? How does it work?
You asked for details, and again, the theory doesn't aim at explaining the mechanism, it aims at establishing a pattern of expected effects according to frequency and magnitude of superlaser shots.
It's apples and oranges. I don't expect to keep going on that again and again, so if you don't get that point, just drop it.
Secondly you are trying to pass off retelling of the events described in the book as prediction of what would happen. That isn't it.
No. I merely observe and then put up an hypothesis to explain the outcomes.
The book mentions some hyperspace related exotic phenomenons, yet doesn't explain their mechanics. Still, they do happen. I'm not the only one associating exotic effects to the superlaser.
You provided nothing more than undefined words. "Exotic reaction", "exotic saturation" etc. Do you understand that simply by adding the word "exotic" you don't explain anything?
It doesn't matter. I don't have to explain the mechanism behind those terms. The theory is not there to explain what they are, but when and under what circumstances they will occur.
And furthermore you think that what those meaningless words even say is irrelevant and only the number at the end matters. In which case one must wonder why not simply put up a number. I can say 10^50J, you say 10^20J and you win. And then maybe someone will post 10^2J and then his "theory" wins. That doesn't make any sense.
It makes sense if you understand that I consider that the three shots are of the same power, and come nowhere even near to e32 J each.
So basically, I notice that the superlaser has destructive effects with correspond to a level of energy X, which is low, and suddenly, out of the blue, the third shot, still at 1/3, causes a level of destruction which lies in the e32 J range (many orders of magnitude above X), at least, as the planet explodes.
But sure, you can say that the reactor generates god awful amounts of energy, and that some of it gets sucked somewhere. The only thing being that it's generally prefered to favour low end figures.
It is also generally viewed as "normal" that exotic effects would kick in with higher levels of energy, not lower ones.
Again retelling what happened is not a theory. If Newton revealed the theory of gravity which said "an exotic mechanism caused the apple to fall on my head this morning" I doubt we would be launching rockets into space today.
With the slight difference that the theory in question would actually adress the more simplistic conditions required to make an apple fall, like shaking the branch with a given force, or cutting the queue with given tools and again, a given force.
The apple thing is great in fact, because the thing would be that while it doesn't require much energy to cut the queue of an apple, the impact generated by the apple falling on the ground would generate more energy than the one you used to "launch" the apple.
Besides:
Deaht Star wrote:It took no more than an instant. Tenn knew that the beam's total destructive power was much bigger than matter-energy conversion limited to realspace. At full charge, the hyper-matter reactor provided a superluminal "boost" that caused much of the planet's mass to be shifted immediately into hyperspacec. As a result, Alderaan exploded into a fiery ball fo eye-smiting light almost instantaneously, and a planar ring of energy-reflux - the "shadow" of a hyperspatial ripple - spread rapidly outward.
It pretty much approves the idea that you get more energy that you could get with anihilation of anything in real space.
Oh, you may say that hypermatter is not real space, but that doesn't work, because hypermatter is described by the EU as tachyonic, which is mere realspace matter, just theoretically faster than light.
Hell, it's precisely the E2:ICS that says the reaction occurs in real space, not inside a pocket exotic subspace existing in the middle of a reactor.
So that pretty much highlights how you actually
gain energy via exotic mechanisms while realspace reactions are limited to lower outputs.
Just because your theory is so undefined that it basically says merely "chain reaction" doesn't mean that every time someone mentions the words "chain reaction" it corroborates your theory. It only means your theory is poorly defined. There are many types of chain reactions ranging from chemical to nuclear and sometimes it's not even a physical reaction but a social or political.
I actually tackled this. Mike insisted on this point. Still, the description is as if someone looked a Robert's screencaps and put that into words.
Finally the chain reaction in the book clearly refers to passage before that describes beam hitting the continents which move causing earthquakes which cause tsunamis which cause destruction all over the hemisphere. And beam heating up the core which causes volcanoes which spew the smoke which covers the surface etc. What is the blossoming dark spot and how does it point to chain reaction? Is the spot actually dark or only in contrast to the rest of the superheated planet similar to solar dark spots.
It only mentions a dark spot:
A flash of pale green glimmered briefly from the holo.
The room shook, vibrating enough to rattle the chairs. She felt her viscera become momentarily buoyant, and realized that the ship's gravity field had flickered.
"What is that?" Memah stood, fighting sudden, inexplicable panic. After all, what could possibly pose a danger to—
Ratua held up a hand to quiet her. Those green eyes watched the 'proj. "Wait a second," he said. "Something's wrong."
The image of the planet Despayre seemed to shiver as a thin beam of emerald green—nearly the same color as Ratua's eyes, she thought— from off the edge of the 'proj lanced into the center of the single huge continent.
They both watched disbelievingly as an orange spot blossomed on the image of the planet. It seemed no bigger than Memah's thumbnail at first, but it grew rapidly, spreading in an expanding circle. The center of the orange turned black.
"Kark," Ratua said. He sounded stunned.
"What? What is it?"
"They—they're firing at the planet. With the superlaser."
The orange and black spread in irregular waves now, continuing outward from the center. The blue of the ocean didn't even slow it down.
"The atmosphere's on fire," Ratua said. Calmly, as if he were discussing the weather. Going to be a warm day today, temperature around five thousand degrees . . .
She felt a horrifying urge to laugh. It didn't seem real—it couldn't be real. Ratua must've tuned in to some future-fic holo by mistake. It wasn't a real planet she was watching burn. No. Things like that just didn't happen.
Memah stared at the image. She could not look away.
Which would seem to imply that the point of impact already started to cool down, unless there's something else at play. But maybe you have an idea here?
This is the standard tactics: declare anything suspicious as confirmation of the "chain reaction" which you haven't even defined or described or quantified or well...anything.
Well, on the same hand, the road is already paved by a book that acknowledges exotic effects, so it's much less outrageous.