Question

What determines the determinism of observables?

Answer 1

$\color{Black}{ \boxed{\bold{ \underline{Hey. Mate .Your .Answer}}}}$

$<b><u>$____________________________

✌️✌️${\mathbb{NICE.. QUESTION}}$✌️✌️

✔️✔️${\mathbb{CORRECT... ANSWER}}$✔️✔️

✔️✔️Certain other quantities like charge are common to both classical and quantum physics and have the same 'kinds of determinism' irrespective of if its referring to a classical or a quantum system.What is the fundamental reason behind this partitioning of the set of physical observables that are common to classical and quantum physics on the basis of the kinds of determinism which I have defined below.

p.s By 'kinds of predictability' I refer to the following two types of outcomes a theory can produce:

predictions for individual outcomes

Predictions of ontic probability probability distributions.


Observables are hermitian operators. Those that commute are compatible and some families of them correspond to a complete representation of the Hilbert space. 

$\color{Green}{ \boxed{\bold{ \underline{Hope .Help .You .Thanks}}}}$

Answer 2

CHECK OUT THE ATTACHMENT
HOPE IT HELPS ✌