In the un edditted video dawkins DOES SAY verbatum, "something can come from nothing".
He also breaks down something about matter/antimatter coming in contact and causing both to go none existent. Then says a guy named kruez, a physicist, believes the opposite can happen, nothing can cause matter/anti matter to cone into existence. Then admits this has not been proven.
Also no, the bible dont say God made from nothing.
Do you mean Lawrence
Krauss?"
You should read his book, "A Universe From Nothing: Why There is Something Rather Than Nothing," or listen to him explain what he means by "nothing" because as another poster has been trying to point out to you, Krauss' definition of "nothing" doesn't quite match up with yours.
This is from an interview Krauss did with NPR:
"And we don't yet know the true origin of life, but we think we'll understand it by chemistry, and what we're discovering is that in fact physics has suggested that maybe the same is true for the whole universe, that we don't need a creator.
And I guess most importantly that the question why is there something rather than nothing is really a scientific question, not a religious or philosophical question, because both nothing and something are scientific concepts, and our discoveries over the past 30 years have completely changed what we mean by nothing.
In particular, nothing is unstable. Nothing can create something all the time due to the laws of quantum mechanics, and it's - it's fascinatingly interesting. And what I wanted to do was use the hook of this question, which I think as I say has provoked religious people, as well as scientists, to encourage people to try and understand the amazing universe that we actually live in.
........
How did the idea - how did - you said that the physics has changed, what we know about the universe has changed so much, dramatically over the last few years, especially the idea that what we think of empty space is really not empty, correct?
KRAUSS: That's exactly right. Empty space is a boiling, bubbling brew of virtual particles that pop in and out of existence in a time scale so short that you can't even measure them. Now, that sounds of course like counting angels on the head of a pin; if you can't measure them, then it doesn't sound like it's science, but in fact you can't measure them directly.
But we can measure their effects indirectly. These particles that are popping in and out of existence actually affect the properties of atoms and nuclei and actually are responsible for most of the mass inside your body. And in fact, really one of the things that motivated this book was the most profound discovery in recent times, and you even alluded to it in the last segment, the discovery that most of the energy of the universe actually resides in empty space.
You take space, get rid of all the particles, all the radiation, and it actually carries energy, and that notion that in fact empty space - once you allow gravity into the game, what seems impossible is possible. It sounds like it would violate the conservation of energy for you to start with nothing and end up with lots of stuff, but the great thing about gravity is it's a little trickier.
Gravity allows positive energy and negative energy, and out of nothing you can create positive energy particles, and as long as a gravitational attraction produces enough negative energy, the sum of their energy can be zero. And in fact when we look out at the universe and try and measure its total energy, we come up with zero.
I like to think of it as the difference between, say, a savvy stockbroker and an embezzler. The savvy stockbroker will buy stocks on margin with more money than they have, and as long as they get that money back in there before anyone notices, and in fact if the stocks go up, they end with money where they didn't have any before, whereas the embezzler, of course, is discovered.
Well, the universe is a savvy stockbroker. It can borrow energy, and if there's no gravity, it gets rid of it back before anyone notices. But if gravity is there, it can actually create stuff where there was none before. And you can actually create enough stuff to account for everything we see in the universe.
But, you know, it's more than that because some people would say, and I've had this discussion with theologians and others, well, you know, just empty space isn't nothing. You know, there's space. How did the space get there? But the amazing thing is, once you apply in fact quantum mechanics to gravity, as you were beginning to allude again in the last segment, then it's possible, in fact it's implied, that space itself can be created where there was nothing before, that literally whole universes can pop out of nothing by the laws of quantum mechanics.
And in fact the question why is there something rather than nothing then becomes sort of trite because nothing is unstable. It will always produce something. The more interesting or surprising question might be why is there nothing. But of course if we ask that question, well, we wouldn't be here if that was true."
Lawrence Krauss On 'A Universe From Nothing'