You mean like WARMS?because it would be useless unless you know attacks are coming, from where, and when they'll hit.
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You mean like WARMS?because it would be useless unless you know attacks are coming, from where, and when they'll hit.
The entire game went down a few years ago.Ah, Disputed Galaxy...loved that game. Shame the MP got disabled....
The entire game went down a few years ago.
I'm still waiting (possibly in vain) for the sequal, Starfighter: Infinity, to be finished. If you can still play Disputed Galaxy TELL ME HOW!
But I digress. Really, the Type 4 Teleporting Carnivore Torpedo would trigger it's teleport if it missed the target. It doesnt use it to bypass point-defenses.
If you have a blackhole with a sufficiently large horizon, you yourself will be unable to escape it.
To give you a sense of how the mass dislocation of how a black hole actually works, if our star fell in on itself and became a black hole... Well, let's give you a sense of scale.
Our planet has a surface area of 510.1 million km square miles. It has an atmosphere that's 30 miles high. But we use less than 0.03% of our atmosphere's vertical space and our tallest skyscraper is only 0.007% of that distance And our entire atmosphere: the mountains, rivers, even the oceans, the sky are a slither so thin on the surface of our world that it is thinner than the lacquer on-top of the paint of the countries of the world on an atlas globe desk toy. That's everywhere you could have ever been in your entire life, is an infantesimally tiny part of the world. Less than 0.0000001% of the earth's total volume.
If we compress our sun into a black hole, it only has a diameter of six miles and a length of less than three.
You could walk about it in a complete circle inside a single day.
But if even your shoelace or the air around you got caught in its event horizon, there's nothing you can do to stop yourself from falling in. That's it: Game over.
It'll be slow. You probably won't even notice it happen at first because of the lensed light and the likely stretching of your environment around you. Like stretching an image in photoshop: slowly pulling the parts of the world around you -- and you, longer and longer faster than the parts further away. It'd happen so slowly that you'd survive the process. But its also inescapable: Even if you run away, you don't become any further away. I know that doesn't make sense, but that's what the physics say.
And you want to use this thing to catch bullets. Which are more than 1% of our total mass?
Yeah. Okay. Seems perfectly safe. You do that.
I'll be way over there somewhere. Like, an entire country away. Underground.
Or space. Like an astronomical unit away.
Why? An event horizon becomes exponentially more massive as time goes on. And once a blackhole is running, that's it.
Our best math says hawking radiation (a type of black-body electromagnetic radiation which occurs in the visible spectrum as a greenish yellow that is also ultra-violet but occurs in such huge amounts that it would not only blind you if you saw it but destroy your retinas, face, skull, clothes, metal objects you wore, the room you stood in, your town, your county and a significant part of your country) means they will eventually get smaller. As to how you'd make enough to get rid of the black hole when you were done with it without utterly killing everyone in every direction if you did it near instantly (less than an hour) in a distance of half our solar system, I have no idea. Mass dislocation and mass/energy transference is not only difficult but its also really hard (like two people here will get that joke).
tl;dr: Can it be done? Yes, theoretically. Should it be done? Absolutely not. Why? Far too much can go wrong.