Possible explanation for the wave-particle duality ?

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SUMMARY

The discussion centers on a proposed explanation for wave-particle duality, suggesting that the observed wave behavior in quantum mechanics arises from the interference of probability fields rather than the particles themselves. The uncertainty principle is highlighted, emphasizing that the probability of a particle's position can change based on its movement through a defined space. The double-slit experiment is referenced to illustrate how the interference pattern results from the summation of probabilities associated with different paths a particle might take. The conversation also touches on the complexity of wave functions and their implications for understanding quantum phenomena.

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  • Familiarity with the double-slit experiment and its significance
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  • #91
probert84 said:
Because that would explain why energy is quantized.

Energy is not always quantized.

But aside from that your logic escapes me.

First, before going any further, exactly what do you think energy is and why is it conserved?

Modern physics knows the answer to that, and when you do you realize a statement like you made is nonsensical, but before going any further let's pin down what you think it is.

Thanks
Bill
 
Last edited:
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  • #92
Under which circumstance is it not quantized ?

My definition of energy would be something like this:

<<Personal speculation deleted>>
 
Last edited by a moderator:
  • #93
probert84 said:
Under which circumstance is it not quantized ?
Typically the energy of bound states are quantized, but the energy of free states are not quantized. So, for example, a hydrogen atom has a whole series of quantized energy levels, but once you add enough energy to separate the electron from the proton (ionization) the energy is no longer quantized.

probert84 said:
My definition of energy would be something like this:

<<Personal speculation deleted>>
With that, this thread is closed.
 

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