Umm no, the purpose of the scientific method is not to get closer to the "truth"; its merely to apply validated tools to empirical data for purposes of inference.
Indeed.
As i said above in my original post.
Umm no, the purpose of the scientific method is not to get closer to the "truth"; its merely to apply validated tools to empirical data for purposes of inference.
Indeed.
As i said above in my original post.
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Yes, but a lot of people take it as absolute truth.In addition to what Glaucon said - which was quite correct - it means you are getting ever closer to the truth. That's the whole purpose of the scientific method.
Yes, but a lot of people take it as absolute truth.
There's nothing wrong with the idea of truth. Without it, logic is useless. The problem is when people take an idea as truth when it shouldn't be. And, let's be frank here, the media often quotes researches as absolute truths, without taking into consideration any constraints, or methods or anything. That's because people just want everything chewed up. They want the summary of the summary. And, of course, the elite profits from that....
There's nothing wrong with the idea of truth. Without it, logic is useless.
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The problem is when people take an idea as truth when it shouldn't be. And, let's be frank here, the media often quotes researches as absolute truths, without taking into consideration any constraints, or methods or anything. That's because people just want everything chewed up. They want the summary of the summary. And, of course, the elite profits from that....
Look. A hypothesis is either proven to be true or false. That's it. And hypothesis are the very core of the SM. Without truth, there is no SM.Incorrect.
Logically speaking, 'truth' is defined as satisfaction of validity.
Look. A hypothesis is either proven to be true or false. That's it. And hypothesis are the very core of the SM. Without truth, there is no SM.
A hypothesis is not proven false, it is proven true or not true. There is a subtle difference.
Yes, I agree.A hypothesis is not proven false, it is proven true or not true. There is a subtle difference.
Yes, I agree.
That certainly does not null my point now, does it?
In science, hypotheses are either proven false or not proven false - that's the standard take,anyway.sam said:A hypothesis is not proven false, it is proven true or not true. There is a subtle difference.
Correct, in science.truthseeker said:So when you try to prove a hypothesis, the hypothesis is NEVER proven true?
Because science never stops. We never assume that we've found the ultimate "truth." When more data, more people to do research, or more sophisticated methods are available, we keep reexamining old theories to make sure they still conform to new observations and don't need a little tweaking.For a long time, it was believed that lycopene, a substance found predominantely in tomatoes, helped to fight cancer. However, recent research shows that lycopene actually worsens cancer! At the same time, they now believe that apple peel is very helpful to fight against cancer. I'm not a genius, but there is only one truth. Lycopene is either helpful or harmful. So why does one research shows that it's helpful and the other harmful?
You're misstating your premise. These are not limitations of the scientific method itself. These are limitations of the tools we have been able to develop, to date, to use in the application of the scientific method to understanding the universe.1) We gained new knowledge before the new research, therefore, the scientific method is limited by our knowledge range.2) Our methods of research improved, therefore the scientific method is limited by the accuracy our research methods.
You're basically saying the same thing I did. Now he's heard it expressed two different ways.His wording is extremely bad. The method itself is not limited, but it can only measure/ find what you are capable of measuring, if you see what I mean. Physics seems to me to have less of these problems compared to, say, biochemistry and the kind of associative epidemiological studies that Truthseeker is on about.
In addition to what Glaucon said - which was quite correct - it means you are getting ever closer to the truth. That's the whole purpose of the scientific method.
I'm not sure I agree with that, and even at best your point is a bit on the pedantic side. People want "the truth" about how the universe works, so they can use it to rationally plan their activities. What the scientific method gives them is "the truth" with a precision and accuracy range. To put it another way, it gives us "the truth" according to the definition of the U.S. legal system: "True beyond a reasonable doubt." We don't know the things we take for granted because they are told to us by scientists, with 100% certainty, but we have enough certainty to not harbor a "reasonable doubt" about their truth. That means that occasionally some scientific finding will be disproven, but on the whole we are immeasurably better off to let science guide the worldly aspects of our lives, than to do it by astrology, dream interpretation, or holy books that were written thousands of years ago by people who were barely out of the Stone Age.Umm no, the purpose of the scientific method is not to get closer to the "truth"; its merely to apply validated tools to empirical data for purposes of inference.
I would not disabuse them of that unless they are highly educated. To explain standard deviations and acceptance criteria to the average layman is hopeless.Yes, but a lot of people take it as absolute truth.
Absolutely not. The scientific method is surely the best method that can be invented to discover the workings of the universe. The limitations are in our tools, our abilities, and our measurements. As long as we continue to do our best to improve them, we are scientists. But even if we do not, the fault lies within us, not within the scientific method.Regardless. SM has its limitations...
That depends on your discipline. In mathematics you're dealing with pure abstractions. When you prove that the square of a hypoteneuse is equal to the sum of the squares of the two sides, you have an absolute truth that will never be overturned. Period. In police work you're dealing with one crime, and it will turn out either that the butler did it or he did not. Period. In sociology and economics you're dealing with the behavior of large groups of people and just because they behave the way you predict throughout your lifetime and that of the next seven sociologists or economists, there's no guarantee that they won't start behaving differently, say when the earth's temperature increases by seven or eight degrees Fahrenheit, or when the world population stops increasing and starts decreasing. (Both of which are likely to happen within the next hundred years or so.So when you try to prove a hypothesis, the hypothesis is NEVER proven true?
Interesting. This clever wordplay is so... clever.Science is not about truth. It is merely a statement of inference. The only conditions are the empiricism of the data and the validity of the tools. (And the reliability and reproducibility of the results)