Wavefunction spreading speed in material mediums

In summary, the theory suggests that after a measurement, the wavefunction spreads as a sphere at the speed of light from the last measurement coordinates. However, if the speed of light is slowed down by material mediums or gravitational space warping, it may imply that the wavefunction will spread at a lower speed or its shape may be distorted by the gravitational influence. This raises the question of whether this can be tested experimentally.
  • #1
Gerinski
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According to theory, after any measurement the wavefunction spreads as a sphere at the speed of light from those last measurement coordinates. Since the speed of light can be slowed down by material mediums and by gravitational space warping, does that imply that the wavefunction in a material medium or under gravitational influence spreads at a lower speed, or its spreading might be distorted from the spherical shape by the gravitational influence? And if so, could that be tested experimentally?

TX
 
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  • #2
Gerinski said:
According to theory, after any measurement the wavefunction spreads as a sphere at the speed of light from those last measurement coordinates.

Please give a mainstream reference for this "theory" via PM. Until then, this thread is closed.
 

Related to Wavefunction spreading speed in material mediums

1. What is wavefunction spreading speed?

Wavefunction spreading speed refers to the rate at which a wavefunction, which describes the probability of finding a particle in a certain location, spreads or diffuses in a material medium. This speed is influenced by various factors, such as the properties of the medium and the energy of the particle.

2. How is wavefunction spreading speed measured?

Wavefunction spreading speed can be measured by analyzing the rate at which the wavefunction's amplitude decreases over time. This can be done through experiments, such as observing the behavior of particles in a medium or using mathematical models to simulate the spreading process.

3. What factors affect wavefunction spreading speed in material mediums?

The wavefunction spreading speed in material mediums is affected by several factors, including the properties of the medium, such as its density and temperature, as well as the energy and type of the particle. Other factors, such as the presence of external fields or interactions with other particles, can also influence the spreading speed.

4. How does wavefunction spreading speed impact the behavior of particles?

The speed at which a wavefunction spreads in a material medium can significantly impact the behavior of particles. A faster spreading speed means that the particle is more likely to be found in a larger area, and therefore, its position becomes less certain. This can affect the accuracy and predictability of measurements and observations of the particle's behavior.

5. Can wavefunction spreading speed be controlled or manipulated?

Yes, wavefunction spreading speed can be controlled and manipulated by changing the properties of the material medium or the energy of the particle. For example, altering the density or temperature of the medium can affect the speed at which the wavefunction spreads. This can have practical applications in fields such as quantum computing, where precise control of particles is necessary.

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