Interpretation for continuity equation with complex potential.

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The discussion centers on the continuity equation derived from a complex potential V(x)=V1(x)+iV2(x), which results in the expression ∇⋅j=-∂ρ/∂t + 2*ρ*V2/ħ. Participants seek to interpret this equation, particularly the term 2*ρ*V2/ħ, and its implications for charge conservation. One contributor clarifies that this is not a homework question but rather an exam preparation query. There is uncertainty about whether the equation indicates non-conservation of charge. The conversation highlights the need for a deeper understanding of the implications of complex potentials in quantum mechanics.
peripatein
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For the potential V(x)=V1(x)+iV2(x) the continuity equation yields: ∇⋅j=-∂ρ/∂t + 2*ρ*V2/ħ (unless I am mistaken). What is the interpretation of this result?
 
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peripatein said:
For the potential V(x)=V1(x)+iV2(x) the continuity equation yields: ∇⋅j=-∂ρ/∂t + 2*ρ*V2/ħ (unless I am mistaken). What is the interpretation of this result?
What have you worked out yourself to answer this? Is this a homework question?
 
Actually, this isn't a HW question. I wish to solve it in preparation for an exam. I have worked out the value of the constant, to wit 2*ρ*V2/ħ, myself. I am struggling with fully construing its meaning.
 
Non conservation of charge?
 
I am slowly going through the book 'What Is a Quantum Field Theory?' by Michel Talagrand. I came across the following quote: One does not" prove” the basic principles of Quantum Mechanics. The ultimate test for a model is the agreement of its predictions with experiments. Although it may seem trite, it does fit in with my modelling view of QM. The more I think about it, the more I believe it could be saying something quite profound. For example, precisely what is the justification of...

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