High School Is it possible to do experiment on the Planck scale?

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Experiments at the Planck scale (10^-35 m) are currently impossible with existing technology, as the smallest measurable distances are around 10^-18 m. The Heisenberg uncertainty principle poses significant limitations on measurements, making it challenging to observe phenomena at such small scales. While advancements in quantum control theory may enhance future experimental capabilities, fundamental principles may still restrict complete system descriptions. The discussion emphasizes the need for breakthroughs in technology and theoretical understanding to approach Planck scale experimentation. Overall, significant obstacles remain before experiments at this scale can be realized.
Ken Gallock
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Hi.
I was wondering if experiments on the Planck length (about 10-35 m) are possible or not.
If it is possible, what kind of experiment would that be?
If it's not, then what is the problem? Or what is need to be done?

Thanks.
 
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I don't know from experimentally point of view what happen but there is the Heisenberg principle as limit in the measure process ...
 
Ssnow said:
but there is the Heisenberg principle as limit in the measure process ...
depending on what you want to observe? Maybe some parts can work right?
 
Ken Gallock said:
I was wondering if experiments on the Planck length (about 10-35 m) are possible or not
Not with any currently imaginable technology. The smallest distances we've been able to measure are something around 10-18 meters, and that is fully 17 orders of magnitude away.
 
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Nugatory said:
Not with any currently imaginable technology. The smallest distances we've been able to measure are something around 10-18 meters, and that is fully 17 orders of magnitude away.

I'm studying quantum control theory. So I thought if it could help to improve those small-scale experiments in the future.
In principle, is it possible to observe 10-35 scale phenomenon?
Or there is some kind of principle that tells us it is impossible (such as Heisenberg's uncertainty principle...).
 
Ken Gallock said:
I'm studying quantum control theory. So I thought if it could help to improve those small-scale experiments in the future.

sure this will be usefull for future experiments, regarding the Heisenberg principle as you said you can concentrate your attention measuring exactly the space (for example) where you find a particle but in the other side you don't know the momentum so the velocity ... this doesn't permit you to have a complete description of the system ...
 
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before I replied to @tommyxu3 and I gave an answer to the original question...
 

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