Comment Re:I'm sure they're (Score 1) 608
literally insane.
Last I checked, the US could make all of the North's soil uninhabitable with just a handful of bombs.
I think the North Koreans have already beat them to it.
literally insane.
Last I checked, the US could make all of the North's soil uninhabitable with just a handful of bombs.
I think the North Koreans have already beat them to it.
So, they'll still be prone to bacteriophage viruses right?
I think those will now be referred to as patches.
In this case: Norton Virus
Obsessive Compulsive Disorder (OCD
too much time on his hands...
By that same token, you might consider their site offering you a page of data an implicit agreement to YOUR contract (the one that says you own all data that is given to your browser and expect royalties), no?
also has no warnings against sticking it up your nose, yet WHY didn't she attempt this, eh?
Make it impossible to sell for less than the stock was bought, have a circuit breaker that kicks in anytime a stock drops by even a penny. Everybody wins, yay money is fiction!
Jeremy is right, that algorithm is so convoluted and complicatedly random that they COULDN'T rig the votes, even if they wanted to. Nobody understands how it works anymore. BUT the story is right too... The sales people DO make those claims.
wut?
In this case, you have to "measure" the particle in a particular way to retrieve the energy, and that way depends on what happened to the particle on the other side while the energy is being "pumped in" (so you cannot know in advance).
So you take a trillions and trillions and trillions of particles, and start measuring them randomly at once... Eventually you get lucky, and one of them gives you a return on energy. Poof, instant information transfer, but without having the data that you "needed" to do it. No waiting in line!
"it is a recognition that we do not leave people behind"
unless they are poor
R.......
Crap, stuck at 99%!
It's because closer to the bottom of the gravity well, the planck length actually decreases. It's hard to visualize, but imagine a set of gridpoints that must always exist, and when you drop a ball of mass into it, it pushes the gridoints near it closer together, since it can't cover them up. The distance between those points gets closer together. Things can only travel from planck point to planck point (nothing can exist outside of one of these points), and since the ones near the mass are closer together, there is a tendency for things to strike those points more often, and thus the motion of the object appears to bend towards the mass.
I just made that up last night. Nobel prize please!
Memory fault - where am I?