Good metaphor Johny.
Lal said: Photons are ALWAYS particles. They travel as particles and are detected as particles. But the position of a photon during travel cannot be pinned down to a point (due to the Heisenberg uncertainty principle; see, “What Is a Wave and What Is a Particle?”). Only POSSIBLE LOCATIONS of the photon at any time (and the probability of detection at each location) are provided by the wave function that represents the photon.
Where as Wave just transport energy and not matter and that is perfectly correct in QM
That being the case, the entanglement happens since the particle functions sometimes sometime behaves like wave or particle when observed.
This I believe how thoughts behave when observed or not observed. Meaning, considering that each thought is made out of billions of particles which are non locular, then the probability of it taking a particular course cannot be predicted, but can be stated to be available, but when observed would collapse, thus coming to its basic state.
The famous double slit experiment can be easily interpreted in my opinion considering each chitta veethi consisting of billions of particles going in a particular way as particles with one slit, but when put through double slit, it now has freedom to choose either to hit at one side or move through different sides thus creating an interference pattern. When these chitta veethi is observed, then it follows the straight line hypothesis where the particles seem to take a particular direction or side and stop creating the interference pattern which otherwise was happening without any measurement.
Another way in my opinion is to look at where non locality need not always tend towards entanglement which has been proven by various experiments and that being the case, a person’s thought process v/s another person’s thought process on the same object can be same or varied depending upon what is being perceived (in a wave function) and how these particles decide on what would be the next action. If there were to be independence instead of interdependence, then say person’s A decision making can be said to be same as B or different than B or collapses or cancels out if these separable particles tend to change decision later. That would mean these particles are somehow entangled and creates mixed states where it might be local or non-local and prediction cannot be precisely made as particles tend to “decide” differently when observed and not observed.
Lal, comments and criticism are welcome