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Entangled states....

petrushka.googol
in Quantum Theory

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I'd say: no upper limit. And even worse: independent particles are only an approximation necessary to our understanding, but normally they're entangled.

 

In the artificial case of experiments, the goal is usually to get simple situations, which involves reducing the number of entangled particles.

 

I haven't read "symphony" before in this context. Translation gone inaccurate?

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I'd say: no upper limit. And even worse: independent particles are only an approximation necessary to our understanding, but normally they're entangled.

 

In the artificial case of experiments, the goal is usually to get simple situations, which involves reducing the number of entangled particles.

 

I haven't read "symphony" before in this context. Translation gone inaccurate?

 

Symphony is a metaphor for something of deeper import...i am not sure how the terminology actually works...

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