What does a deBroglie wave look like?

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    Debroglie Wave
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SUMMARY

The de Broglie wave is fundamentally a representation of the wave function in quantum mechanics, not identical to electromagnetic waves. It is defined on the configuration space, encompassing all possible configurations of the universe. The discussion clarifies that de Broglie waves are neither transverse nor longitudinal and do not exhibit polarization like electromagnetic waves. Experimental evidence supporting the nature of de Broglie waves remains a topic of inquiry, particularly in the context of particles such as the ground state neutral spin-zero Helium 4 atom.

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jimgraber
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Are deBroglie waves transverse or longitudinal? Can they be polarized?
What about the deBroglie wave of a ground state neutral spin-zero Helium 4 atom?
What experimental evidence do we have that supports the detailed nature of a deBroglie wave?
I have always assumed that deBroglie waves were mathematically identical to electromagnetic waves, but I just realized there is no basis for this assumption, and in fact it must be false, unless there is an analogue to both the magnetic and the electric components of the electromagnetic wave.
So what does a deBroglie wave "look like"?
 
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The de Broglie wave "looks like" the wave function of quantum mechanics. Because it is simply anothe name for it.

In particular, it is defined on the configuration space, the space of all possible configurations of the universe.
 

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