Why the Quantum Theories are flawed

In summary, the Quantum Theories are flawed because they do not accurately explain the behavior of particles at the subatomic level. They rely heavily on probabilities and uncertainties, making it difficult to predict outcomes with complete certainty. Additionally, the theories do not align with the principles of classical physics, leading to inconsistencies and contradictions. Many scientists believe that a more comprehensive theory is needed to fully understand the complexities of the quantum world.
  • #1
Mac01
Simply stated the Quantum Theories are flawed, how can the Quantum particles or particles be misbehaving if they're not being observed, but when we observe them they start doing what they were intended to do? I believe the particles aren't misbehaving at all, the particles were all ways doing as intended.
 
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  • #2
If you want to learn something about a theory, stating "everything is wrong" is not a good start. If you don't understand a theory, you shouldn't make statements like this.

Your questions are unclear:
Mac01 said:
how can the Quantum particles or particles be misbehaving if they're not being observed
What do you mean by "misbehaving"?
Mac01 said:
but when we observe them they start doing what they were intended to do?
What does that mean?
Mac01 said:
I believe the particles aren't misbehaving at all, the particles were all ways doing as intended.
Particles do not have an intention.

Quantum mechanics provides predictions for our measurements, and it does so with an excellent precision. It cannot be that wrong, otherwise you would have to explain why a wrong theory can make hundreds of thousands of precise predictions (sometimes with a 1 part in a trillion accuracy).
 
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  • #3
:welcome:

And ditto for what mfb says. Quantum theory was not randomly dreamed up on a whim. There are sound reasons for this theory. Any introductory text should be able to answer your initial questions. You should start there first.

Rest assured that others have started out with initial puzzlement too, only to quickly learn that experiment and theory match quite nicely. That's the test for a useful theory.
 
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  • #4
Mac01 said:
Simply stated the Quantum Theories are flawed, how can the Quantum particles or particles be misbehaving if they're not being observed, but when we observe them they start doing what they were intended to do? I believe the particles aren't misbehaving at all, the particles were all ways doing as intended.

Here's the problem with your "objection". You are objecting something based on a matter of tastes! You are not offering empirical evidence to show that quantum theory is wrong. All you offered is that it doesn't sit well with you because you think QM says that the particle are "misbehaving".

Science can only be changed, or be proven to be wrong, when experimental evidence and observations contradict it. It cannot be changed simply because someone doesn't like it. Mother Nature doesn't give a hoot whether you like it or not.

Are you a quack said:
"I have proven that special relativity/quantum mechanics/... is wrong."
You mean you did an experiment whose results disagree with the predictions of that theory? I didn't think so. You mean you proved it is self-contradictory? Not possible: Mathematically it's an elementary system, whose consistency is easy to check. You might as well claim that you can prove 2+2=5. (If you think you can do that, I'm willing to give you $2+$2 change for a $5 bill.) If you think you have found an inconsistency, you have probably made an assumption that is not implied by the theory. The fact is that these theories are not only well confirmed by experiment, but practical use is made of them every single day.

http://insti.physics.sunysb.edu/~siegel/quack.html

Zz.
 
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  • #5
Mac01 said:
Simply stated the Quantum Theories are flawed

You have marked this as an I thread so we can assume you know a few things.

What you may not be aware of is:

1. The theory is silent about what going on when not observed - it does not say its misbehaving or whatever - its simply silent.
2. At its formal level there is nothing that mysterious going on - see:
http://www.scottaaronson.com/democritus/lec9.html

The REAL issue is why do we get any outcomes at all - not misbehaves - technically its how an improper mixed state becomes a proper one. But to understand that you need to study a textbook. THE textbook on this is:
https://www.amazon.com/dp/3540357734/?tag=pfamazon01-20

It also needs to be emphasized every scientific theory, every single one, has some assumptions. Its perfectly OK just to accept that as an assumption. Its called the ignorance ensemble interpretation, and there are others that are pretty much the same except for a different view on probability. In fact John Baez thinks many interpretations are just arguments on what probability is:
http://math.ucr.edu/home/baez/bayes.html

But others don't like it at that level and try to explain that isssue. They are part of the myriad of interpretation about eg:
https://en.wikipedia.org/wiki/Interpretations_of_quantum_mechanics

Since they can't be experimentally distinguished all are equally valid - take you choice or come up with your own - it doesn't matter. Its just a matter of taste like preferring red to green.

Thanks
Bill
 
  • #6
As the OP said in his introduction:

Mac01 said:
Ive joined to share my theories on Quantum Physics Theories

As pointed out there, sharing personal theories is not allowed at the PF. One reason for this is people get upset when it's pointed out that these so-called theories are worthless - utterly and completely devoid of any value to the scientific community.

Can we close this thread?
 
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  • #7
Vanadium 50 said:
Can we close this thread?
Yes.
 

1. Why do some scientists believe that the Quantum Theories are flawed?

There are a few reasons why some scientists believe that the Quantum Theories are flawed. One reason is that the theories do not fully explain certain phenomena, such as the behavior of particles at the quantum level. Additionally, there are inconsistencies between quantum mechanics and other well-established theories, such as general relativity.

2. Are there any experiments that prove the flaws in Quantum Theories?

While there are experiments that have produced results that are difficult to explain using current quantum theories, there is no definitive experiment that proves the theories are flawed. Many scientists believe that the current theories are incomplete and will need to be revised in the future.

3. How do the flaws in Quantum Theories impact our understanding of the universe?

The flaws in Quantum Theories can have a significant impact on our understanding of the universe. If the theories are indeed flawed, then our understanding of how particles and energy behave at the smallest levels may be incomplete. This could also affect our understanding of larger phenomena, such as the behavior of galaxies and the expansion of the universe.

4. Can we still use Quantum Theories in practical applications if they are flawed?

While there may be flaws in Quantum Theories, they are still incredibly useful in practical applications. Many technologies, such as computers and GPS systems, rely on quantum mechanics for their functioning. Even if the theories are incomplete, they still offer valuable insights and predictions that can be applied in various fields.

5. What are scientists doing to address the flaws in Quantum Theories?

Scientists are constantly working to improve and refine our understanding of quantum mechanics. This includes conducting experiments to test the theories and developing new mathematical models to better explain quantum phenomena. Some scientists also propose alternative theories to try and address the flaws in current quantum theories.

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