Darth Servo wrote:Velthuijsen wrote:Darth Servo wrote:1) Transporters are useless against a shielded ship.
2) Exactly how would holoprojector technology be useful in a fight against ships with advanced sensor technology that can distinguish between holograms and real objects?
1) Never intended to use them to zap something into a shielded space.
Ah, yes, you think they can get 0.8 GJ/s to get 7.2TJ energy back. Where does this energy come from? Energy from no where? Nice violation of conservation of energy.
I'll guess I'm talking to someone who has read a bit about this kind of stuff. Otherwise you wouldn't claim I'm violating conservation of energy.
There is no energy added to the whole system, just a conversion from one type to another.
Darth Servo wrote:
2) Then please explain what the difference is between a holodeck bullet (the holodeck has the don't kill recreators safety off) and a real bullet.
Who cares? You still haven't shown how Fed holograms would be useful in a fight, in spite of your promise to do so. And Fed holograms don't work outside the confined area of the holodeck.
You are right. The first time I thought of the idea it seemed doable by using holodeck technology, after reading up on how those things are supposed to work I had to scratch it.
Darth Servo wrote:
Hmm, I just point out that (using the stardestroyer.net assumptions on powergeneration in Federation ships) it costs them at the most 0.8 GJ/s to get 7.2TJ energy back.
They DON'T get 7.2 TJ back. Beaming Picard away from one ship to another produces a change of precisely ZERO joules of energy.
You don't get it do you?
If you want to use a transporter as energy generator you DO NOT beam out the energy you have collected.
But I'm not even talking about retaining the energy.
I'm suggesting to use it. If you use the transporter as a giant beamweapon 7.2 TJ of whatever particle makes up a phaserbeam then the beam would be about a factor thousand stronger then the total phaseroutput of the Enterprise.
Not bad for shoving in 80Kg of matter.
Darth Servo wrote:
Darth Servo wrote:
So to make this cost more energy then it brings in that transporter would need 9 million seconds to convert 80Kg of mass into energy. Even if we'd use the full 20GJ/s it would still take 360 000 seconds before the gains would outweigh the costs.
Where did these numbers come from again?
You know where they come from otherwise you wouldn't be asking me to restate my entire original post.
Darth Servo wrote:
just don't make unsubstantiated claims.
What unsubstantiated claims?
Sigh, before you go about that check back
Darth Servo wrote:The result is a weapon capable of projecting terajoules of energy, in any direction from a point of origin that lies in a globe that has a radius of about 30 000 Km.
To bad for you that the upper limit figure you came up with (7.2TJ) won't even scratch a SW cap ship's shields.
Not nice, not nice at all. Trying to put words in my mouth.
I simply quoted your
own figure. I thought I was being quite civil. Even if your conclusion is right and we scale the energy figure up by a dozen orders of magnitude, that
still won't scratch SW cap ship shields
I wasn't talking about that and you know it. I was talking about you trying to maneuvre me into the situation where it looked like I was claiming that a transporter has an upper limit of 80Kg. As can be seen in the next part of the quote you split in two to make it look like I was making a claim to the contrary while I ignored your "it cannot scratch a Starwars shield"-argument since that wasn't being discussed here.
Darth Servo wrote:
Darth Servo wrote:
You DO know that you just about ignored every Star Trek movie and episode where they moved more then 80Kg of mass by trying to make it look like I am claiming that that is the upper a limit to a transporters capacity is 80Kg which I didn't. I only used the transportation of Picard (which I put at a guestimated 80Kg of weight) to show the amount of energy the system can generate.
The most a transporter has handeled was in ST4 beaming a couple of whales and the surrounding water. The effort was a TREMENDOUS strain on the ship AND it only elevated them by a few dozen meters.
Thank you for bringing that to my attention I was afraid you would jump on me if I'd started suggesting to shove a cubic meter of lead into a transporter to up the amount of energy you can feed into a beam by a few magnitudes.
Darth Servo wrote:
Name ONE episode where the Feds transported something significantly larger than a person and the warp core was off line like it was in Nemesis, which is the whole center of your argument. You can't use an extraordinary case like Nemesis to "prove" that Transporters some how magically generate 7.2TJ per 80kg object everytime they transport something. Do you know what a hasty generalization fallacy is?
Maybe the reason they don't use it as a weapon is because your analysis is logically invalid.
[/quote]
I don't need to prove that the feds can transport larger stuff with a damaged warpcore. I merely used a ship on which the warpcore was disabled to get an unknown quantity out of the equation.`
Sorry but I'm not going to fall into your burden of proof trap.
Also you are doing it again, twisting my words. I never create energy, I merely convert it from one form to another.
To prevent this thing into mushroomin into an ever larger did/did not argument I want you to suggest ways of why it would not work instead of attacking me by attacking my math or understanding of physics.
Also stop the implicit assumption that I convert something to energy and then at the same time keep that energy while using that same amount of energy recreating the matter I converted to energy.
This is my challenge to you.
Disprove that a transporter can be used as a weapon.
Disprove that a transporter can be used as an energy generator.
underlying assumptions
1) Warpcore is out of action as can be attributed to the comments on them losing warpcapabilites and the comments on the amount of energy generation left
2) Secondary energy generation cannot exceed 20 GJ/s (otherwise as ship can reach warp 1).
3) a person weighing 80Kg can be seen as 7.2TJ of energy (based on E=Mc^2)
4) Mass can be converted into energy using a transporter.