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DF Suggestions / Re: Let's Discuss: Magic
« on: September 23, 2012, 08:10:20 am »
Why does everyone assume "procedurally generated" means "bat crap random?"
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It is, they're just mentally scarred by the time they reach your fortress.Walking is not that hard.surviving encounters with enemy ambushes, giant badgers, possible mythical beasts and co. should be, though.
The answer to both questions is two parts point defense, one part mobility. What kind of captain wouldn't have his spaceship move out of the trajectory of a missile?It ha the benefit of stopping ship A from reaching rock B.But then again, you can just as easily do that with a single missile filled with a bunch of scrapnel. If it is spread out properly , a single object weighting 10 grams makes quite an impact.
As for stealth, our sensors aren't perfect. From a sufficient distance, a small cube which resonates heat/ EM radiation that matches the ship can easily be mistaken for it. Or you can shoot a flare in front of your ship to obscure your ship by overloading their sensors.
As for weaponry, a missile can be usefull, especially if it leaves it's engine of for a large part of the Journey. Shrapnel or other thrown rocks might work too, and laser, while being terrible weapons, have the advantage of being light speed.
We might not...but they would. Say, if we were moving supplies from Mars to Luna, or an experimental weapon going from the Asteroid Belt to some more populous colony.Then why would we want to stop the ship from reaching it. We should have stopped it when it departed.Yeah, but owuldnt it be alot easier to put a bigass cannon on rock B to shoot ship A?Not if Rock B is controlled by the enemy.
Lasers have the twin advantages of moving at light speed, making dodging difficult if even possible, and of being immune to point defense, AND melting part of a ship's hull would allow positive pressure within the hull to do the rest. Downsides: Reflective paint, development time.Laser weaponry has the advantage of being awesome.As well as mostly useless if your enemy paints his ship in reflective paint. (Which makes hitting it easier though).
Even when it can hit the enemy whitout being reflected, it has the disadvantage it relies on melting the enemy ship, rather than deforming it.
That's missile defense, not defense against the rocket itself. In order to burn through a real ships armor and hit the fuel storage, your laser is going to have a tad more problems.The laser things make sense. Downsides of antimatter: How do you get it, and if you miss you leave a chunk of antimatter floating around frequently-travelled space.
Also, antimatter needs to be magnetically contained, and those magnets need good cooling. Which makes it a bit harder for your laser to melt through.
As for antimatter weaponry. Why bother using a container. Just use a magnetic field to sling it in your opponents general direction. Only a small part needs to hit to seriously damage him.
Yeah, but owuldnt it be alot easier to put a bigass cannon on rock B to shoot ship A?Not if Rock B is controlled by the enemy.
The general idea is sound. Why should individual atoms work differently than whole scads of atoms?He was, historically, trying to make the point that you can't have a 50% alive/50% dead cat and therefore something is incorrect. Which it isn't.If it was reduction ad absurdum, what SHOULD happen when you lock the cat in the box? Why should the laws of physics turn off when we lock cats in boxes?Look, Schrodinger was a closed-minded fool. Superposition of states does happen in the quantum level, and yes, it doesn't work that way when you bring it into the realm of classical mechanics, but there's a bridge we have to cross. He was just being unreasonable. Too bad we observe him to be dead.They have a 50% chance of doing so per hour if left in a box with a flask of poison, a Geiger counter, and a single atom of a radioactive isotope with a half-life of an hour. Or maybe that's dying.It's not about probability of it happening, it is that it will simultaneously happen and not happen until observed to be one or the other.
Isn't the whole idea with the cat to show that if you accept that for particles superposition of states exists, then it must exist for classical objects also? As it is basically about a thought-experiment where you are giving a cat the wave function of a particle.
It was Schrödinger's attempt at a reductio ad absurdum, but he failed to consider that sometimes what seems absurd to a brilliant physicist is true regardless.