Quote:
|
Originally Posted by hybrid
Waves do affect the location of a particle.
|
Waves of what? Particle of what? In many cases, sure. For example, EM waves affect the location of an electron because the electron will oscillate in the changing EM field. Is this what you mean?
Quote:
|
Originally Posted by hybrid
Since waves are fractal / self similar , it's always in infinite progression. The main wave always create a secondary waves that interact with one another in an infinite progression.
|
Waves are not necessarily self similar. In fact, most are not.
Quote:
|
Originally Posted by hybrid
The greater number of interaction the lesser the effect so those infinitistimal effects can be considered negligible. But to me that explains why particles cannot be have an exact location, because the subsequent waves that affect the particle is neverending. Iow, particle has no final location in space therefore we predict its location and to get an exact location of the particle we must capture it in an instant of time.
|
Again, waves of what?