when an electron starts moving with high velocity does it move in a wave like path or become a wave itself?
Answer
when an electron starts moving with high velocity does it move in a wave like path or become a wave itself?
In the present day model for elementary particles, the standard model, the electron is a point particle with the given mass and other attributes shown in the table, which have been experimentally determined.
It is not a wave. What has a wave behavior is the wavefunction $Ψ$ determining the probability of finding the electron at (x,y,z,t) by the value of $Ψ^*Ψ$ , dependent on the boundary conditions of the specific problem.
The image you show is wrong. The electron, since there are no boundary conditions, will move in a straight line within the Heisenberg uncertainty principle constraints of its given momentum.
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