arkajad
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What about that: photon is an excited state of quantized EM field. Wave function is its mathematical representation?
How would that help to solve the EV bomb problem?arkajad said:What about that: photon is an excited state of quantized EM field. Wave function is its mathematical representation?
My problem can be presented in the following way: Are electrons material?arkajad said:What is your problem? ... Bombs and detectors are material, wave functions are not. Wave functions represent states of the EM field.
Actually, when I think of photons and electrons as point particles that have paths, THEN I have no problems. But I have problems when I DON'T think that way. In my post above I am trying to convey that problem to you.arkajad said:You think of photons as of point particles that have paths. Stop thinking this way and you will have no problems.
I think we have to let go this with the introductions of wave particle duality .. which is also not a right way of putting it. wavicle was term that was invented, but never stuck. Essentially it means at micro-level you have two ways of looking at things , material (particle) or non-material (wave).Demystifier said:My problem can be presented in the following way: Are electrons material?
This is a very good question. It would have the same effect, except for the fact that we need to have some other type of interferometer.If they are, then how would you explain an EV bomb in which photons are replaced by electrons?
As far as I understand this is what it finally boils down to. Everything (at least at micro-level) is connected to everything else. So, and photon or electron would not have a measurable location, at least until wavefunction is collapsed.If they are not, does it mean that all materials are made of something which is not material?
prajor said:I do understand that it conveys and supports most of the physical phenomenon. However - what is the physical meaning of this.
If you insist on having at least a CONSISTENT (not necessarily correct) understanding of a physical meaning of it, there is no other way than to adopt one of the specific INTERPRETATIONS of QM, such as objective collapse, many world, Bohmian, etc. Unfortunately, you cannot learn about them from textbook QM, so you must search elsewhere ...prajor said:That brings me back to my original question. Wavefunction collapse is mathematical and probabilistic concept. I do understand that it conveys and supports most of the physical phenomenon. However - what is the physical meaning of this. And if you are asking to let-go physical meaning (forget visualization), it is not a good way proceed.
Demystifier said:objective collapse, many world, Bohmian, etc. Unfortunately, you cannot learn about them from textbook QM, so you must search elsewhere ...
prajor said:Any links / sources where some of these could be ?
You can start hereprajor said:Any links / sources where some of these could be ?