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Don't you really think there is a difference between logical impossibility and physical impossibility. Why? Do you really think that the only impossibility is logical impossibility? Actually, that is what the Rationalists like Spinoza held, and Hume attacked this view. He certainly did not believe it. In fact, he called it, Spinoza's "hideous hypothesis".
More like:
1. Regularities can exist even within randomness.
2. Regularities are not evidence of causation.
3. There is no evidence of causation.
No, he'd say they should continue to take aspirin because aspirin has been shown to help prevent heart attacks. We are living in a time in which they can continue to count on aspirin because, even though aspirin does not really prevent heart attacks, it is randomly doing so. And when aspirin randomly prevents heart attacks time after time again, it is useful to believe that it will continue to do until the random streak is over.
More like:
1. Regularities can exist even within randomness.
2. Regularities are not evidence of causation.
3. There is no evidence of causation.
There is a hidden premise in the above argument:
1a. All regularities are random.
Satan has not justified this hidden premise, and in my view it is false.
There is a hidden premise in the above argument:
1a. All regularities are random.
1. Regularities can exist even within randomness.
2. Regularities are not evidence of causation.
3. There is no evidence of causation.
In reality, the percieved depth of the problem is rooted in the refusal of Satan to apply Ockham's razor, so that we only take into account that which is or has been manifest physically in our attempts to predict what might happen later.
So, when medical researchers did double blind studies to determine whether taking aspirin would be effective in preventing heart attacks, and, having given aspirin to one very large group (of physicians) and a placebo to another large group, and nothing to a third large group, and stopped the study before completing it because it became obvious that the aspirin caused the diminishing of heart attacks, they had no evidence that aspirin helped to prevent heart attacks? And when upon investigation, they discovered that aspirin was effective in diminishing the coagulation of platelets in the blood so that clots could not form, they did not discover why aspirin worked to diminish the chance of heart attacks. Well, suppose you explain to me why this study was made, and what happened in the course of this study. I would like to hear your interpretation. By the way, at the present time millions of men (and women) are taking a baby aspirin every day. Would you advise them to stop because it is a waste of time and money, and also, aspirin can have bad side-effects (oops, I can't say "effects" because that would imply there are causes. Right?)
No, there's not.
Regularities can be random or they can be caused (if there are causes) but regularities are not proof of causation.
I literally laughed out loud. Causation is unobservable, untestable and superfluous yet you think I'm the one that needs to apply Ockham's Razor?
I think you will see my view is more parsimonious because it stops at the rock bottom way-the-world is without positing the existence of unobservable "causes".
A logically necessary causation that precedes tentative axioms does not exist in science.
What about the research that shows that aspirin prevents the clumping together of platelets, and prevents blood clots? Do we ignore that?
If that is his view (and thanks for explaining it) why does he even find it plausible? There is no reason to suppose it is true, and every reason to suppose it is false? I suppose it all comes down to skepticism about induction. One last question: what does it mean to say that aspirin does not "really" prevent heart attacks, and in the next breath saying, it randomly does so? If it prevents heart attacks, even randomly, then why doesn't it "really" prevent heart attacks? All what you say seems to mean is that it does prevent heart attacks, but that we cannot know for certain whether it will in a particular case. And that is true since the study gives us statistical results. But so what? So the argument seems to come down to skepticism about certainty.
No, we don't ignore it. When asked about it, we say that aspirin does do whatever aspirin does, but it does not to so out of "necessity". Rather, it does so out chance. A pair of dice comes up snake eyes not out of necessity. The reason we haven't seen aspirin "cause" us to jump 1000 ft high yet, is because we have not rolled the die and been given that outcome. We will eventually, if given long enough. If given long enough, we will see many strange things. Aspirin does not really prevent heart attacks, because EVENT-A is totally unrelated to EVENT-B. Feeding one's goldfish might "do" all the same things that taking aspirin did. Eventually it will when it randomly does, at the least not until this aspirin-prevents-attacks streak is over.
I don't know. That is my best shot at imitation. I can't say everything I want without making the contradiction painfully obvious (I thought that perhaps I could). But what does that last sentence mean?
Satan, why do you apply pressure to your brake pedal again? Why do you believe in streaks? Why does pushing your break pedal have anything to do with the car stopping at all?
---------- Post added at 03:50 PM ---------- Previous post was at 03:37 PM ----------
Satan, I'm trying to understand, I really am. If A & B are unrelated, why apply pressure to your breaks and hope for the desired result? Does it not make just as much sense to twiddle your thumbs and hope for B just the same?
Why prefer one A over another if both are equally unrelated to B?
and, why believe in streaks?
Why does pushing your break pedal have anything to do with the car stopping at all?
Does it not make just as much sense to twiddle your thumbs and hope for B just the same?
1. Read this: Laws of Nature [Internet Encyclopedia of Philosophy]
2. Pick a side, regularity or necessity.
Beats me. It just does. It's contingent. There's no necessary reason that I can detect.
Pragmatically, no.
According to theory, do we have a reason to believe that applying pressure to the brakes will stop the car?
As Ultracrepidarian points out, predictions in the abence of causation would have to rely on unexplained 'streaks'.
