Is Pilot Wave Theory in Conflict with the Original Matter Wave Theory?

In summary, the conversation discusses the discreteness of v=∇S/m, the velocity of a particle or wave, and the relationship between ∇S and measuring the velocity of a particle or wave. It also mentions the idea that waves guide particles in space and how this relates to the original matter wave theory proposed by de Broglie. The conversation concludes with a recommendation to read more about the basics of quantum physics.
  • #1
phyky
57
0
1. v=∇S/m is still discrete? i mean the motion of particle still quanta or continuous?
2. so v is the velocity of the particle(group) or wave(phase velocity)?
3. ∇S can be find by measure the velocity of wave or particle?
4. So the wave is not longer associated with particle (wave particle duality)but guide the particle in the space?
5. the idea contradict his original matter wave theory?
 
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  • #2
1. Velocity v is continuous.
2. v is the velocity of the particle. (Note, however, that group velocity is a velocity of a wave.)
3. Particle.
4. Wave guides the particle in space.
5. Pilot wave theory is the original de Broglie matter wave theory.

I would also suggest you to read some basics, such as
http://arxiv.org/abs/quant-ph/0611032
 

1. What is pilot wave theory?

Pilot wave theory is a theoretical framework for understanding the behavior of particles in quantum mechanics. It proposes that particles have a physical pilot wave that guides their motion, rather than the probabilistic wave function described by the standard interpretation of quantum mechanics.

2. How does pilot wave theory differ from other interpretations of quantum mechanics?

Pilot wave theory differs from other interpretations, such as the Copenhagen interpretation, in that it posits the existence of a physical pilot wave, rather than a probabilistic wave function. This means that the behavior of particles can be determined with certainty, rather than being described by probabilities.

3. What evidence supports pilot wave theory?

Currently, there is no conclusive evidence for or against pilot wave theory. However, there have been several experiments that have shown results consistent with the predictions of the theory. One example is the double-slit experiment, which can be explained by pilot wave theory in a way that is not possible with the standard interpretation.

4. What are the potential implications of pilot wave theory?

If pilot wave theory is confirmed, it could have significant implications for our understanding of the fundamental nature of reality. It may also have practical applications in technologies such as quantum computing.

5. Is pilot wave theory widely accepted among scientists?

No, pilot wave theory is still a controversial topic among scientists. While some researchers believe it may offer a more complete understanding of quantum mechanics, others argue that it is not supported by enough evidence and goes against established principles. Further research and experimentation is needed to fully evaluate the validity of pilot wave theory.

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