This is wrong and anti-scientific. Suppose I have two possible theories for gravity, DOWN which says that if you let go of something it falls down p=99% of the time and up 1% of the time and UP which is vice versa. I observe a sequence of n times something falling down, and I conclude that DOWN is likely correct and assume that the next time I let go of something it will probably fall down.
Your argument is that then you can not conclude that DOWN is like correct
No, it isn't. It is a very simple statement that, so long as there is a
possibility of that result happening within the system, having that result turn up does not in any way act as proof against the system.
Rolling a one on a trillion-sided die, even
n times in a row, does not establish that the die is loaded. In order to establish that the die is loaded, you must
examine the die.
Improbable is not equivalent to
impossible, and improbable results - even when they are
staggeringly improbable - are not inconsistent with what we know of probability. They can provide a reason for you to investigate the system more closely and look for concrete evidence of the system being rigged, but they are not in and of themselves hard evidence.
There is a difference between
reason for suspicion and
actual evidence. That is all.
False, but not surprising coming from a member of the camp that thinks winning the lottery is the same as "someone" winning the lottery.
You have yet to establish any way in which it is not. You, in case you forgot,
are someone. You have the same chance that anyone else does to win. If you were to win the lottery today, you would have absolutely no evidence whatsoever in favor of the idea that the game were rigged in your favor.
<snip pointless lack of actual argumentation>
The probability of a number less than 7 being rolled on a trillion sided die is 6/1000000000000
The probability of a number less than 7 being rolled on a 6 sided die is 1
You know nothing about about how the dice are selected.
What you know is what matters in probability. You use what you know. You don't refuse to use what you know simply because you don't know everything. If you do that, you can't use probability at all (because that's what probability is for), which effectively renders you a probabilistic cripple. Or perhaps "probabilistically challenged" is the politically correct term.
And so you can guess either one, and either one can be true. Again, you don't seem to actually understand what it is that is being said to you.
The chances of you rolling a number less than seven are obviously greater if the system is rigged in your favor (a six-sided die is rolled) than if it is not (a trillion-sided die is rolled). This is trivially true, and has never been in dispute. Because you seem to have a problem grasping this point, I will say it again, in plainer language:
the six-sided die is obviously the more likely of the two, if something less than seven is rolled. We do not disagree on this front.
But the system turning up a result that is less than seven is possible even if the odds are incredibly against it (a trillion-sided die is rolled). Even turning up a long string of numbers less than seven is
possible; it is, in fact, no less likely than any other particular string of numbers.
Saying that the six-sided die is more likely to turn up that result is, again, trivially true. Of course it is. But the fact that the result has turned up is in no way
proof that the six-sided die was rolled.
Your confidence that the six-sided die is the one being rolled may go up as the string of numbers below seven decreases. Your confidence that the trillion-sided die is
not being rolled may go down. But no matter how long the string, there is still a non-zero chance that it was, in fact, rolled on the trillion-sided die - and if the trillion-sided die is revealed to be the one that was rolling, you have not been cheated. The data is not inconsistent, as you continuously assert that it is. It is simply
improbable.
As you yourself said, you use what you know. But what you know is explicitly insufficient to actually determine which of the two options is the case.
This is why your obsession with the subjective perspective is pointless. It does not allow you to actually learn anything. Your personal confidences, no matter how close to certainties they get, can never be actual certainties. To actually know what is going on, whether or not the system is rigged in your favor or you are just lucky enough to be the one that turned up, you must examine the system itself. Actual evidence and examination always trumps hunches and confidence, because
improbable is not the same as
inconsistent.