No, that's the point I am making, there is no pattern inherent in the numbers. The pattern is a property of how the numbers are applied. So numbers, as objects, ideal objects, don't have inherent patterns. Take "two" for example, it indicates two distinct entities classed together under the same title, "two", but there is no necessary pattern within these two entities. But when "two" is related to "one", and to "three", or other numbers, then we have an ordering, which is a pattern. There is no pattern within the object itself, "two", or "the number", the pattern is created by the application of the number. — Metaphysician Undercover
The pattern is that the sun is visible in the sky every day; that's the pattern, not the numbers or symbols we use to represent them.
See here, it is the series of 1's, and the checking, which creates the pattern. — Metaphysician Undercover
The sun appearing in the sky every day IS the pattern. The pattern is there whether I check a box, scribble a one to record it, or not. The pattern may be caused by physical forces I do not understand and my ability to observe it limited, but I can still describe a phenomenon which I observe, and make inductive predictions from how consistently the "phenomenon" (a bright thing appearing over the horizon) behaves.
But let's not forget my original point, "the sun rose" is not a fact, it is a falsity. The sun did no such thing, the earth is spinning in relation to the sun. The capacity for prediction creates the illusion of objective certainty, but if the premise, "the sun rose" is an inaccurate, imprecise, or in this case false, description, then the conclusion "the sun will rise tomorrow", is equally false or imprecise. — Metaphysician Undercover
All "the sun rises" necessarily means is that
"A big warm bright thing appears in the sky everyday over the horizon". That's not false. It might not be an absolutely thorough explanation of what the sun is, but I never claimed that the example argument I provided produces a thorough explanatory model. The only thing we gain from the argument I presented is predictive power in and of itself, over
the bright thing, which is the phenomenon it records. Think of it as analogous to "I could see the sun from here yesterday, and every day before that, therefore I could see the sun from here tomorrow". I'm not saying anything about what the sun is on a fundamental level, how it was created, what causes it to appear to move across the sky, etc... All I can tell you is when and where
it will appear, whatever it is. I understand your point, that "the sun orbiting the earth is falsity", but it's against a position that is completely irrelevant to the one I've articulated.
The point being, that the predictive power, which science gives us, is only an illusion of objective certainty. If the observed, and predicted event is incorrectly described, then the predictive capacity may hide a profound falsity. The predictive capacity makes one believe that there is an objective truth there, when really there is a profound falsity. All that is required, is for the scientists involved to agree on a description of the event, then the prediction of that described event is supposed to validate the objective certainty of that event. But how is it the case that people agreeing on a description can validate the objective truth of that description? — Metaphysician Undercover
"People agreeing" does not
confirm or invalidate the "objective truth" of something. But in science we use
"agreement" as a tool to
approximate objectivity. On an individual level, scientists seek to find "descriptions" (sometimes to describe, sometimes to explain, sometimes to predict) of things which "agree" with observation and experimentation. There's a second level of "agreement" which is between individual scientists and their various theories; this is helpful for catching mistakes made by one individual, and for testing theories against one another to see what "agrees" and can be combined into a more comprehensive description of whichever physical system they seek to model.
That our descriptions, models, laws, and predictions remain consistent with observation and experimentation does not "confirm" their objectivity, but it does "approximate or approach" it. Even if there's no such thing as objectivity as the OP suggested, then this consistent "agreement with observation and experimentation" still can be used as a tool to point to more and more reliable (and perhaps more useful)
"subjective truth".
Suppose we see a dark spot on the horizon, you and I, and we agree that it is a big rock. We can predict that every time we walk past this place, we will see a big rock in the distance on our right. We assume to have objective certainty about this big rock, because the dark spot is always over there whenever we walk by. Perhaps this dark spot isn't even a big rock though. The predictive capacity has hidden a deeper misunderstanding, such that there was no objective truth there in the first place. — Metaphysician Undercover
I never said what the phenomenon was, you did. All I said was there is a dark spot on the horizon, and with my recorded observations of it's "relative position" over time I have identified a pattern which allows me to predict where this dark spot will appear tomorrow. I don't claim to have knowledge about what the dark spot is; that's your own presumption, I've never said it was a rock. All I claim is to have reliable predictive power over where this dark spot is going to be on the horizon tomorrow.
We can know, with a high degree of certainty that some of our descriptions will prove to be inaccurate. This we know from experience. Because of this, we can assume that the "laws of physics" will need to be changed to account for new, better descriptions. Therefore we can have a high degree of certainty that the laws of physics will change. — Metaphysician Undercover
I'm not talking about the inherent fact that science is incomplete or has flaws, I'm talking about the
constant physical laws which science seeks to describe and understand. The constant improvement it makes to itself is essentially this process of
approaching or approximating "objectivity and reliability". It's the fact that things appear to remain consistent which persuades us that whatever we uncover about them through repeatable experimentation (predictions) and observation (regardless of whether that knowledge is objective certainty or not), is worth knowing.
But by "laws of physics suddenly changed" I meant things like: "What if gravity suddenly reversed the direction of it's force?", "What if the speed of light suddenly slowed?", "What if the nuclear bonds holding atoms together suddenly became stronger or weaker?", "What if empty space suddenly became electrically conductive"?. These are the kinds of things which we hope will never change, because if they did then some or all of what we pragmatically rely on as scientific or even just general fact could suddenly change, and continue changing, forever, rendering some or all of our current models useless and evidently "not objective".