- #1
Albert V
- 26
- 0
I have some questions:
Was it von Neuman that first brought up the idea that self-reference could be the reason behind the measurment problem?
The idea seems to be that since a measurment device can't measure all possible interactions between a particle an itself the system (device and particle) will collapse and take on a random value. The measurment problem is a consequence of "the impossibility of self-measurement".
Is this view still present in quantum physics?
Can entanglement be cyclic or self-referential?
Is EPR style entanglement self-referential?
Eventually, is the self-reference possible to pinpoint by doing the math?
Was it von Neuman that first brought up the idea that self-reference could be the reason behind the measurment problem?
The idea seems to be that since a measurment device can't measure all possible interactions between a particle an itself the system (device and particle) will collapse and take on a random value. The measurment problem is a consequence of "the impossibility of self-measurement".
Is this view still present in quantum physics?
Can entanglement be cyclic or self-referential?
Is EPR style entanglement self-referential?
Eventually, is the self-reference possible to pinpoint by doing the math?