Does the intrepretation affect the measurement?

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In summary, the conversation discusses the role of interpretations in physics, specifically in the context of special relativity. The general consensus is that while interpretations may be useful in developing intuition about abstract concepts, they do not affect the observable outcomes of experiments. There is a higher tolerance for philosophical discussions in the quantum mechanics forum, but ultimately interpretations are a matter of personal preference and do not impact the practical application of the theory.
  • #1
MathematicalPhysicist
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The question is as in the title. I feel that it doesn't change the mausrement.
 
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  • #2
I am not sure what exactly do you ask. Perhaps - do different interpretations make different measurable predictions?
 
  • #3
The interpretation does not affect the outcome of experiments - Nature does not care what you think is going to happen or why you think it happens. But this is very philosophical.

See the faq:
https://www.physicsforums.com/threads/what-are-the-interpretations-of-sr-and-why-arent-they-discussed-on-pf.770739/
 
  • #4
Indeed it's quite philosophical, but if nature doesn't care then that's good for me, neither do I care about the interpratations.
 
  • #5
Pick the one that makes the maths easy is what I do.
 
  • #6
MathematicalPhysicist said:
Indeed it's quite philosophical, but if nature doesn't care then that's good for me, neither do I care about the interpratations.
Then why did you started this thread?

By the way, for me interpretations are useful because they help to develop intuition about otherwise abstract technical subjects. I guess I don't need to explain why intuition is useful.

Of course, sometimes intuition may lead to a wrong result, but that's a matter of difference between a good and a not-so-good interpretation. So even if we cannot say that one interpretation is "right" and another interpretation "wrong", a good and useful interpretation is the one which helps you to get quickly to a correct result.
 
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  • #7
There seems to be a higher tolerance for philosophy in the QM forum ;)
Use the search function for interpretations to see what I mean.
 
  • #8
That's why its called an interpretation - it makes no difference to anything observable.

Thanks
Bill
 
  • #9
I don't think we need interpretations in order to develop intuition. In fact I think I have a very good intuition for QM and I do not care at all about interpretations. In my opinion, not having to think in certain patterns allows us to think more freely. Interpretations are always running behind, because they always need to adapt new developments to their framework, while instrumentalists aren't limited in the way they can propose new theories.

I agree that the QM forum has a high tolerance for philosophical topics.
 
  • #10
You can't avoid interpretations - where does the math come from?
 
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  • #11
rubi said:
I don't think we need interpretations in order to develop intuition I agree that the QM forum has a high tolerance for philosophical topics.

Simon is correct.

It may seem like you do not need an interpretation, but a careful look at even just taking the formalism at face value shows you are making some eg the formalism speaks of probability and interpreting that is a major can of worms. In applied math you correctly don't worry about it, but if you are being exact there is no doubt you are making interpretive assumptions.

That said its of zero practical importance - its simply the kind of thing philosophy types worry about.

Thanks
Bill
 
  • #12
I didn't say we don't need interpretations. I said, we don't need them in order to develop intuition. Read carefully. ;) Of course, we need to explain, how the numbers that the theory predicts, relate to experiments. That's true also in classical mechanics (nobody worries about interpretations there, by the way). Beyond the correspondence between numbers and measurement apparata, interpretations are irrelevant. That's what I meant by instrumentalism. And it's a matter of fact that instrumentalists have much more freedom in the way they can use the framework to built theories.
 
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  • #13
I'm thinking that there isn't much more to be said on this topic. If anyone has a proof by example that I'm wrong, PM me and I'll reopen it.
 

1. How does interpretation affect the measurement?

The way a scientist interprets data can greatly impact the measurement or results. For example, if a scientist has a preconceived idea or bias about the outcome, they may unintentionally manipulate the data or interpret it in a way that supports their hypothesis.

2. Can interpretation lead to inaccurate measurements?

Yes, interpretation can lead to inaccurate measurements if the scientist is not objective and does not follow proper scientific methods. It is important for scientists to remain unbiased and use reliable and validated methods to obtain accurate measurements.

3. Is interpretation important in scientific measurements?

Yes, interpretation is crucial in scientific measurements. It allows scientists to analyze and understand the data collected and draw conclusions. Without proper interpretation, the measurements may not hold significance or provide useful information.

4. How can interpretation be controlled in scientific measurements?

To control interpretation in scientific measurements, scientists must follow rigorous methods and protocols. They should also remain objective and avoid any personal biases. Collaborating with other scientists and having peer reviews can also help in minimizing interpretation bias.

5. Can interpretation be subjective in scientific measurements?

Yes, interpretation can be subjective in scientific measurements. Each scientist may have their own perspective and understanding of the data, which can lead to different interpretations. This is why it is important to have multiple scientists review and analyze the same data to ensure more objective interpretations.

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