johnob said:Researchers in ANU have recently shown ...
Copenhagen interpretation and pilot wave theory have the same measurable predictions. If the experiment is compatible with the former, then it is also compatible with the latter.johnob said:Does this finding verify the Copenhagen superposition interpretation of QM and at the same time invalidate the deterministic pilot wave theory.
Pilot wave theory, also known as de Broglie-Bohm theory, is an interpretation of quantum mechanics that proposes the existence of a guiding wave that determines the motion of particles. This is in contrast to other interpretations, such as the Copenhagen interpretation, which views particles as inherently random and without definite properties until they are observed.
In pilot wave theory, particles are guided by a wave that can extend beyond the classical barriers that would normally prevent them from passing through. This allows for the possibility of particles tunneling through barriers that would be impossible in other interpretations of quantum mechanics.
While there is some support for pilot wave theory, it is not the most widely accepted interpretation of quantum mechanics. Some experiments have been able to demonstrate the behavior of particles predicted by pilot wave theory, but there is still ongoing debate and research in this area.
One potential limitation of pilot wave theory is that it requires the existence of a non-local guiding wave, which some scientists may find unsatisfying. Additionally, it has been criticized for not being able to fully explain certain quantum phenomena, such as the double-slit experiment.
Pilot wave theory raises philosophical questions about the nature of reality and the role of consciousness in determining the behavior of particles. It proposes a more deterministic view of the universe, in which particles have definite properties and their movement is guided by a wave, rather than being inherently random. However, it is still a subject of ongoing debate and further research is needed to fully understand its implications.