- #1
Sterj
[SOLVED] vacuum fluctuation
I have a few questions about this topic.
1. If their is build energy in vacuum (from Heisenberg's uncertainty principle), for example:
build: 10 J ==> here for: d(t)=h/(4pi)/10J
There must be built a particle and an anti particle
==> particle has 5 J and antiparticle 5 J
Is that right?
Is the particle at same place like the antiparticle (while life time) or how do they disappear?
Casimir effect:
Why is there a force? (I mean, in the middle there are high energy waves and outside there are low energy waves, but why is there a force)?
And if there are high energy waves in the middle of the plates and outside low energy waves, from where take the high energy wave the energy?
I have a few questions about this topic.
1. If their is build energy in vacuum (from Heisenberg's uncertainty principle), for example:
build: 10 J ==> here for: d(t)=h/(4pi)/10J
There must be built a particle and an anti particle
==> particle has 5 J and antiparticle 5 J
Is that right?
Is the particle at same place like the antiparticle (while life time) or how do they disappear?
Casimir effect:
Why is there a force? (I mean, in the middle there are high energy waves and outside there are low energy waves, but why is there a force)?
And if there are high energy waves in the middle of the plates and outside low energy waves, from where take the high energy wave the energy?