I saw the debate with Sean Carroll, and he showed a graphic illustration of his model. His model avoided a singularity...that seems to be the game nowadays, but it still had a definite beginning. Hawking's model avoids a singularity also...but
he admits it still has a definite beginning. I showed you where the BGV paper was revised to say that there was
not an eternal past. Just recently, Craig had a debate with Lawrence Krauss. In it, Krauss showed an email which he tried to use as evidence that Vilenkin implied that the universe did not have a beginning. What he did was leave out some crucial info (replacing key phrases with a crafty use of ellipses) that would have resulted in a big shift in understanding. One of the things he left out was the phrase (
speaking of Carroll's model) "It seems to me that it is essentially
equivalent to a beginning."
Craig had been in communication with Vilenkin and Vilenkin responded that Craig understood his position "very accurately".
Vilenkin to Craig: "
I think you represented what I wrote about the BGV theorem in my papers and to you personally very accurately"
"From the horse's mouth."
Read more:
http://www.reasonablefaith.org/honesty-transparency-full-disclosure-and-bgv-theorem#ixzz3cQGvYZGX
Interview with Alexander Vilenkin, June 7, 2015
http://now.tufts.edu/articles/beginning-was-beginning
Some people claim your work proves the existence of God, or at least of a divine moment of creation. What do you think?
I don’t think it proves anything one way or another.
I went to a meeting of some theologians and cosmologists. Basically, I realized these theologians have the same problem with God. What was He doing before He created the universe? Why did He suddenly decide to create the universe?
For many physicists, the beginning of the universe is uncomfortable, because it suggests that something must have caused the beginning, that there should be some cause outside the universe. In fact, we now have models where that’s not necessary—the universe spontaneously appears, quantum mechanically.
In quantum physics, events do not necessarily have a cause, just some probability.
As such, there is some probability for the universe to pop out of “nothing.” You can find the relative probability for it to be this size or that size and have various properties, but there will not be a particular cause for any of it, just probabilities.
I say “nothing” in quotations because the nothing that we were referring to here is the absence of matter, space and time. That is as close to nothing as you can get, but what is still required here is the laws of physics. So the laws of physics should still be there, and they are definitely not nothing.
Also: From Sean Carroll's Blog
"The second major point Craig makes is a claim that I ignored something important: namely, the
Borde-Guth-Vilenkin singularity theorem. This is Craig’s
favorite bit of cosmology, because it can be used to argue that the universe had a beginning (rather than stretching infinitely far backwards in time), and Craig is
really devoted to the idea that the universe had a beginning. As a scientist, I’m not really devoted to any particular cosmological scenario at all, so in my paper I tried to speak fairly about both “beginning cosmologies” and “eternal cosmologies.” Craig quotes (misleadingly) a
recent paper by Audrey Mithani and Alex Vilenkin, which concludes by saying “Did the universe have a beginning? At this point, it seems that the answer to this question is probably yes.” Mithani and Vilenkin are also scientists, and are correspondingly willing to be honest about our state of ignorance: thus, “probably” yes. I personally think the answer is “probably no,” but none of us actually knows. The distinction is that the scientists are willing to admit that they don’t really know."