Mith wrote:Youngla0450 wrote:So you are telling me that the Borg can adapt to SW technology?
Yes...simple plasma weapons aren't all that new to them. They adapted to them in one episode.
I doubt it.
Your opinion is meangingless.
They wouldn't be able to beam drones aboard, due to jamming technology that disrupts transporters.
They don't even have transporter technology in Star Wars.
Also, the Death Star superlaser is immensely powerful, and official canon Star Wars technological books gave estimates of it's power. Anyways, Borg cubes are smaller then planets, as the Death Star can destroy any physical object below the rank of a planet.
Yeah, this is easily circumvented by simply manuevering to the other side of the Death Star. You know, the side without the massive planet destroying cannon? Yeah, that side.
1. If Trek beaming has trouble through natural strong magnetic fields, it possible that a particle shield like Death Star's which is capable of repelling mountain sized debris (it's a progressive-layer shield, not a hard-surface one) could be a problem.
2. The Borg have absolutely no reason to even decide to go the other way round. They don't even bother doing that generally, and the Death Star's point defense cannons are more than enough cumulative firepower to deal with the Cube single handedly.
Mike DiCenso wrote:Mr Oragahn wrote:1. What is your evidence of the massive amount of EM being emitted? What is your evidence that it would surpass the energy released under the kinetic form?
2. The Cubes were destroyed precisely when the milky veil passed over them, not by EM that would cross space much faster.
The onus is on you to disprove that EM radiation is not what we are seeing hitting the Borg cubes. Based on the sequence of events, it is clear that the cubes are being overtaken by a massive secondary amount of radiation, and if the cubes have already been bombarded by black body gamma and x-ray, which have already taken a severe toll on their shields. Either way, the cubes are being hit with massive energy levels, just over a slightly longer timeframe rather than getting hit all at once. But the end results are still the same. Teraton Borg shields.
You are certainly not beginning to prove that the levels of EMR are anywhere high enough to warrant any high result at all. Not even high enough to warrant a mere 1 kiloton per square meter.
That white wall, a milky and translucent layer, is matter.
It is not EMR. If you want to claim that this thing we see move slowly is EMR, then as it's visible, it would have to be blinding white to begin to say it could be a danger.
Now, since it's not moving at lightspeed at all, obviously it's not visible EMR. But it is visible nonetheless.
It is not invisible EMR either, obviously.
It is matter or some kind. What is clear is that its intensity is low.
Besides, 75,000 km is extreme. However, when we work with more reasonable altitudes, we realize that the numbers get absurd.
A sphere that has a total radius = altitude + planetary radius = 20,000 + 6,000 = 26,000 km, has an area of 8.5 e15 m². With 2 e32 J released by the planet's explosion, you have 2.353 e16 J/m² of KE.
A single face of a 3 km wide Cube will have an area of 9 e6 m².
And therefore the all too convenient low end makes the shields able to cope with 2.177 e23 J. One OoM short of the petaton range.
But that planet expanded rather violently, so let's actually stick to the "facts". My observations allow to peg the beginning of the expansion at the series of the brightest flashes. Many debris fly faster, but the whole greyish volume takes about 32 frames (at 23.976 fps) to cover a planetary radius. If we assume the planet is 12,000 km wide, it gives an expansion speed of roughly 4,500 km/s.
Say it's mainly a ball of rock, we get a mass of 2.11 e24 kg.
The KE is then 2.136 e37 J. It's about
five orders of magnitude greater than 2 e32 J.
Now your Cube shielding is comfortably sitting in the mid-exaton region.
In a way or another, you're arguing that a Cube can tank something like the total of the gravitational binding energy of the Moon.
This is not exactly what I would call a reasonable result.
The other problem is that it doesn't say how much of that actually ended being EMR either.
Mr. Oragahn wrote:What we can see is that what takes the Cubes down is certainly not EMR. It's an expanding surface of smoke and debris which moves at a speed that is just too silly low.
It's a sequence that's good looking and that's how far it goes.
No, I know you don't like the implications of Borg shielding well into the single or low double-digit teraton range, but that "milk veil" was glowing white hot as it expanded outwards the result of the bright flash of the planet's exploding apart, and looks little different from other similar high-energy shockwaves like those we've seen in ST: Generations and Star Trek 2009, which destroyed whole planets.
That slow translucent milky sphere of death was nowhere bright hot. We could see through it when it killed two Cubes, and the same when the camera was *inside* it. Yet it's that same sluggish thing that destroyed two Cubes and nearly managed to hit the third one and Voyager. Seen from the inside, it was nothing more than a cloud of smoke and debris. In other words, magic explosive pixie dust that flies at a silly low fraction of the escape velocity of a planet of this size.
The only thing you can do from there, is go with what's written. Dialogue doesn't say anything, and only the official script would reveal that the planet blew up. Yet it wouldn't give any useful information about how energy was released exactly.
Notice, btw, that teraton shielding or not, since the E-D could poke through them on their first encounter with a Borg Cube and leave gaping holes in it, the same will happen with fire coming from the Death Star. That's without counting the SL.
Mr. Oragahn wrote:I notice that they fly away, but in order to almost outrun the white sphere that expands to something like one planetary radius per second or more, the Cubes would need to move just as fast.
So would the camera, since it still stays relatively close to the Cubes. But the the whole group Cubes+camera were moving away from the planet as fast as needed, we'd see the planet shrink (that's what happens when you fly away from a planet at more than a planetary radius per second).
The planet did shrink considerably. Look at where they were before the 8472 bioships showed up in this Trekcore image:
http://voy.trekcore.com/gallery/albums/ ... on1270.jpg
If that doesn't work, used the thumbnail gallery here:
http://voy.trekcore.com/gallery/thumbna ... 56&page=19
And compare to the pre-explosion view here at the thumbnail gallery:
http://voy.trekcore.com/gallery/thumbna ... 56&page=21
They moved at least a couple of planetary diameters away from the doomed planet before the explosion goes off and they get hit. The molten debris never reaches the third cube towing
Voyager since it has already overtaken them considerably in in speed.
You need only one thing: looking at the moment when the planet explodes. It's excruciatingly easy to see that the planet is not shrinking at all on the screen, so the camera is clearly not moving away from it at thousands of km/s. Therefore neither do the Cubes.
Mr. Oragahn wrote:It's highly conjectural and not necessary. It also changes nothing to the problem here.
It is important because this cube survived only being a few tens of km out in front of the others. Being shields by the other two means we haven't found a threshold where a cube can survive under these conditions.
-Mike
You'd think that if they wanted to properly shield the third Cube, they'd actually place themselves between the third Cube and the stuff that flies from the planet.