Solution of the problem of Wave-particle duality, condensing and interference models

[Wise47]

In fact, we are not dealing with three states of matter, but four.

 

[Wise47]

My solution of wave-particle duality is quite new.

 

[Wise47]

The interference model is related to the condensation model in that the liquid state solidifies.

 

[Wise47]

As I have described, the three states of matter can be supplemented by a fourth state of vacuum.

 

[Wise47]

My theory is generally based on the idea of space condensation.

 

[Wise47]

If the mystery of wave-particle duality could be solved, it would be a truly significant achievement.

 

[Wise47]

The interference model would perhaps be the main proposal.

 

[Wise47]

The interference model is an extension of the condensation model.

 

[Wise47]

In the case of the condensation model, we are dealing with internal condensation of space.

 

[Wise47]

A wave microgrid has a different structure than a particle microgrid.

 

[Wise47]

The field microgrid has a simpler shape than the wave and particle microgrids.

 

[scruffy]

You are also postulating a discrete model. There is a computational parallel in the neural network area, it's called "liquid state machine", it's worthy of study. There are "phases of matter" in a neural network too, they're defined computationally. Simple networks operate like ferromagnets that lose their alignment once they reach the Curie temperature. Then they become "liquid", all the little dipoles point in different directions.

You can decide if that's helpful information. It seems to me, that maintaining a "structure" (solid phase) would be the normal condition, a liquid phase would change the rules for transmission from one cell to the next.

 

[Wise47]

All three microgrids have sizes in the order of 10^-65m.