At a fundamental, quantum level, the laws of physics are only probabilistic: measuring a quantity determines its state, with uncertainty in related properties.
The quantum vacuum might be the source of the quantum uncertainty we encounter whenever making simultaneous measurements of conjugate variables.
In quantum physics, properties can remain unchanged over time unless there's interaction, but some properties exist in a realm of inherent uncertainty.
The idea of hidden variables suggesting determinism in quantum outcomes remains unproven, as no mechanism has been found to predict quantum results.
Collection
[
|
...
]