- #1
andresB
- 628
- 375
I was reading a review on single-particle entanglement https://onlinelibrary.wiley.com/doi/10.1002/qute.202000014 and the author says this
It's probably a simple/well known result, but I'm not seeing any trivial proof at the moment. Moreover, I'm interested in the general case of arbitrary number of subsystems where the Hilbert space of the subsystems can be of any dimension (including a continuous degrees of freedom).
So, it's the result true in general for any composite system?
It's probably a simple/well known result, but I'm not seeing any trivial proof at the moment. Moreover, I'm interested in the general case of arbitrary number of subsystems where the Hilbert space of the subsystems can be of any dimension (including a continuous degrees of freedom).
So, it's the result true in general for any composite system?