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?
The discussion centers around the interpretation of the continuity equation in the context of a complex potential, specifically V(x)=V1(x)+iV2(x). Participants explore the implications of the equation ∇⋅j=-∂ρ/∂t + 2*ρ*V2/ħ, focusing on its meaning and relevance in theoretical physics, particularly in preparation for examinations.
Participants do not reach a consensus on the interpretation of the continuity equation, with multiple viewpoints and uncertainties expressed regarding its implications.
Participants have not fully resolved the meaning of the term 2*ρ*V2/ħ, and there are assumptions regarding the implications of the continuity equation that remain unexamined.
What have you worked out yourself to answer this? Is this a homework question?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?