You aren't, to my mind, wrong. But the logical extension of your point is that the government just shouldn't have secrets. How do we catch terrorists or other enemies via their communications if we are obligated to announce exactly how we are monitoring communications, and which ones we are and are not tapped in to?
We came to this state by basically unilaterally assuming responsibility for the defense of Europe. It was complicated, and had to do with the question of German rearmament after WWII (and, in no small measure, Vietnam before the US was really involved). But the short answer for why the US spends so much on defense is that we have chosen to carry all our allies. Could Taiwan support ten carriers at sea? No... but will they need ten carriers to wage an effective campaign if the day ever comes? Yes. And we have chosen to commit to providing them. It's not like we don't get anything from Taiwan in return. Or ROK... or back in the day, FRG and the rest of Western Europe.
Part of all that is maintaining a capable nuclear arsenal, and we use computer simulations rather than live tests to assure the efficacy of our stockpile. I think that's a perfectly good reason to buy lots of computers and employ lots of scientists. I guess you've got some specific, well-funded, noble alternative to retask all these resources on?
That's not what lossy compression means at all. The file itself is only %10-%25 of the size, but the nature of compression is that you are sending instructions to rebuild the file, not the file itself. A very small amount of the data might be lost in complicated parts of the song, but you are getting nearly all of the data (much, much more than %10-%25).
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You aren't, to my mind, wrong. But the logical extension of your point is that the government just shouldn't have secrets. How do we catch terrorists or other enemies via their communications if we are obligated to announce exactly how we are monitoring communications, and which ones we are and are not tapped in to?
We came to this state by basically unilaterally assuming responsibility for the defense of Europe. It was complicated, and had to do with the question of German rearmament after WWII (and, in no small measure, Vietnam before the US was really involved). But the short answer for why the US spends so much on defense is that we have chosen to carry all our allies. Could Taiwan support ten carriers at sea? No... but will they need ten carriers to wage an effective campaign if the day ever comes? Yes. And we have chosen to commit to providing them. It's not like we don't get anything from Taiwan in return. Or ROK... or back in the day, FRG and the rest of Western Europe. Part of all that is maintaining a capable nuclear arsenal, and we use computer simulations rather than live tests to assure the efficacy of our stockpile. I think that's a perfectly good reason to buy lots of computers and employ lots of scientists. I guess you've got some specific, well-funded, noble alternative to retask all these resources on?
I think that's everyone's tale of woe.
That's not what lossy compression means at all. The file itself is only %10-%25 of the size, but the nature of compression is that you are sending instructions to rebuild the file, not the file itself. A very small amount of the data might be lost in complicated parts of the song, but you are getting nearly all of the data (much, much more than %10-%25).