yy2bggggs
Master Poster
- Joined
- Oct 22, 2007
- Messages
- 2,435
FYI, let's get this out of the way:
I only mention two instructions, and token steps before and after. Compare that to my doing a Run3 analysis using your entire program... now do you think it's simpler?
Anyway, what I'm claiming, specifically, is that Y is affected by X.
Since you're describing an algorithm, I know the entire system--not just the processor--behaved as expected.
In my lexicon, if somebody were to knock me out cold outside, and it began to rain, I would not be able to say that I was in "total isolation" from the rain. The fact that I don't know I'm in the rain doesn't make me isolated from the rain. The fact that it rains on me means that I'm not in "total isolation" from the rain.
Likewise, if your processor wrote to address 40 at X, and read from it at Y, and at Y it got the same thing that was put there at X, I wouldn't call it "totally isolated" from the rest of the steps. I would personally describe this exactly the opposite way--it is not totally isolated from what happened at X, but rather, is wholly dependent on what happened at X:
If X wrote 12, Y reads 12. If X wrote 6, Y reads 6. If X wrote 9, Y reads 9. That certainly doesn't sound like isolated to me.
And I've never heard of the phrase "total isolation" working in a manner different from my lexicon... until this thread came along.
But it still rained on me. I'm not totally isolated from the rain just because I don't know it's raining.
If you still decide that you use the words "total isolation" differently than I do, then I'm completely confused. Could you give me an example of a thing in total isolation from another thing, and another example of a thing not being in total isolation of another thing?
For me, if A is a cause-in-fact of B--that is, if "but for" A, B would not have happened--then it's wrong to say that B is in total isolation from A. And it's so painfully obvious that X is a cause-in-fact of Y's specific results that I'm wondering how a rational person can say otherwise.
Incidentally, let's talk about Run4.
Suppose you recorded someone screaming at the top of their lungs, "TWO PLUS TWO EQUALS!" You take that recording, and a very powerful FM transmitter, and you put it on a spaceship, and send it out in one direction.
Suppose you made another recording of someone screaming at the top of their lungs, "FOUR!" You take this second recording, and a very powerful FM transmitter set to the same frequency, and put it on a spaceship, and send it out in the opposite direction.
You have a cesium clock on both spaceships. A device is set to broadcast the recording, and this is timed such that when you tune in 20 years from now, with the spaceships being 1 light year out, you will hear all of the first recording, followed by all of the second recording.
Now time passes 20 years.
You tune into the radio station. And you hear:
"TWO PLUS TWO EQUALS! FOUR!"
Isn't that the essence of the supposed violation of physics in Run4? Perhaps it's just my ignorance, but I can't see how this violates the theory of relativity. Could you help me out?
ETA: Incidentally, yes. You recorded the guy screaming "FOUR" precisely because it was the correct answer to "TWO PLUS TWO EQUALS!". And the fact that you knew (20 years ago) that "two plus two equals" matches the answer "four" doesn't seem to violate the laws of physics either--even though you put these on radio transmitters light years away (20 years ago).
My post makes a lot more sense if you read it in the forum instead of the edit box on the Reply page.I was??? Where? ... What on earth are you talking about here? What is part 1 and part 2? What is before and after the dash?
Are you referring to something I said here? I have no idea what you are even asking.
You're comparing to the wrong thing.Wow, your "simplification" was much more complicated than my original example. How does it differ?
I only mention two instructions, and token steps before and after. Compare that to my doing a Run3 analysis using your entire program... now do you think it's simpler?
Anyway, what I'm claiming, specifically, is that Y is affected by X.
No. I'm claiming that the black box does live up to its guarantee, given that it ran the algorithm. If it didn't, we wouldn't say it ran the algorithm.So are you or are you not claiming that there is something in the system what will be able to tell that the black box has not lived up to it's guarantee, so that this processor cycle should somehow produce some different result, even though the value of the datum that was stored was the same as the one that was retrieved?
Since you're describing an algorithm, I know the entire system--not just the processor--behaved as expected.
Nope. I'm claiming that each step is not in total isolation from the other steps.I thought that you and rocketdodger were claiming that those instructions would produce a different result in Run3 as they did in Run1.
In my lexicon, if somebody were to knock me out cold outside, and it began to rain, I would not be able to say that I was in "total isolation" from the rain. The fact that I don't know I'm in the rain doesn't make me isolated from the rain. The fact that it rains on me means that I'm not in "total isolation" from the rain.
Likewise, if your processor wrote to address 40 at X, and read from it at Y, and at Y it got the same thing that was put there at X, I wouldn't call it "totally isolated" from the rest of the steps. I would personally describe this exactly the opposite way--it is not totally isolated from what happened at X, but rather, is wholly dependent on what happened at X:
If X wrote 12, Y reads 12. If X wrote 6, Y reads 6. If X wrote 9, Y reads 9. That certainly doesn't sound like isolated to me.
And I've never heard of the phrase "total isolation" working in a manner different from my lexicon... until this thread came along.
Yes, but that sounds like you're stressing the fact that I was knocked out cold before it rained on me.As far as I know when the CPU processes a particular instruction it has no idea where the data came from beyond the memory location specified and no idea where it is going to go beyond the memory location specified.
But it still rained on me. I'm not totally isolated from the rain just because I don't know it's raining.
If you still decide that you use the words "total isolation" differently than I do, then I'm completely confused. Could you give me an example of a thing in total isolation from another thing, and another example of a thing not being in total isolation of another thing?
For me, if A is a cause-in-fact of B--that is, if "but for" A, B would not have happened--then it's wrong to say that B is in total isolation from A. And it's so painfully obvious that X is a cause-in-fact of Y's specific results that I'm wondering how a rational person can say otherwise.
Incidentally, let's talk about Run4.
Suppose you recorded someone screaming at the top of their lungs, "TWO PLUS TWO EQUALS!" You take that recording, and a very powerful FM transmitter, and you put it on a spaceship, and send it out in one direction.
Suppose you made another recording of someone screaming at the top of their lungs, "FOUR!" You take this second recording, and a very powerful FM transmitter set to the same frequency, and put it on a spaceship, and send it out in the opposite direction.
You have a cesium clock on both spaceships. A device is set to broadcast the recording, and this is timed such that when you tune in 20 years from now, with the spaceships being 1 light year out, you will hear all of the first recording, followed by all of the second recording.
Now time passes 20 years.
You tune into the radio station. And you hear:
"TWO PLUS TWO EQUALS! FOUR!"
Isn't that the essence of the supposed violation of physics in Run4? Perhaps it's just my ignorance, but I can't see how this violates the theory of relativity. Could you help me out?
ETA: Incidentally, yes. You recorded the guy screaming "FOUR" precisely because it was the correct answer to "TWO PLUS TWO EQUALS!". And the fact that you knew (20 years ago) that "two plus two equals" matches the answer "four" doesn't seem to violate the laws of physics either--even though you put these on radio transmitters light years away (20 years ago).
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