lucaspa said:We don't know exactly how energy is borrowed from the vacuum. We can only see the effects. No, not from the "walls outside the vacuum", since the same effect would happen in deep space where there are no walls.
Apparently, there is no piece of space with zero energy.
Now, what you are saying in this post and the previous one is that virtual particles are appearing in an existing spacetime. However, at the Big Bang spacetime itself comes into existence.
The answer is that one of the attractions of String Theory is that the calculations show that spacetime itself can be a quantum fluctuation (virtual particles are quantum fluctuations). So now we have the theoretical means to get a spacetime out of quantum fluctuations.
So, if we don't know how matter is made from nothing, but it does occur, then have we refuted the law of conservation of energy?
I do understand that spacetime itself had to, at some point come into existence as well. If it came from quantum fluctuations, then there had to be some sort of space and time that the quanta were in. Meaning space time was already existant. So long as there is a peice of anything in existence, there becomes moments, chances, recordings, and all sorts of mathematical classifications. If your on the existance exists rung on the ladder, you have atleast one more rung to go. Where there is absolutely nothing. It is inconceivable that there would be no existence, but is existence itself within another system? Will we run into a constant? The floor on which the ladder sits? It is the creation of existence itself that we are questioning.
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