- #1
Dr_Pill
- 41
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I understand it from a classical viewpoint, like the flow of a fluid.
But shouldn't an electron obey the rules of QM?
How is teleporting from one place to another forbidden in QM, wat about tunneling.Where is your continuous flow now?
What about Quantum Entanglement.
I don't get it.This simple local conservation of charge principle is not compatible with QM in my opinion.
Thanks if somebody can explain this.
But shouldn't an electron obey the rules of QM?
How is teleporting from one place to another forbidden in QM, wat about tunneling.Where is your continuous flow now?
What about Quantum Entanglement.
Continuity equations are a stronger, local form of conservation laws. For example, it is true that "the total energy in the universe is conserved". But this statement does not immediately rule out the possibility that energy could disappear from Earth while simultaneously appearing in another galaxy. A stronger statement is that energy is locally conserved: Energy can neither be created nor destroyed, nor can it "teleport" from one place to another—it can only move by a continuous flow. A continuity equation is the mathematical way to express this kind of statement.
I don't get it.This simple local conservation of charge principle is not compatible with QM in my opinion.
Thanks if somebody can explain this.