The math of creation is actually very simple. Now we know that everything in the universe is energy. The galaxies, the stars, the planets, you and me were all energy. So from this we can start to write an equation for the creation of the universe. Let's start with E is the energy of the universe. And the most simple equation that I can think of is that E is equal to E. That something is equal to itself. For example, the E could be a pound of iron is equal to a pound of iron. And if we were to have a teeter totter with a fulcrum, we put a weight here and an equal weight here. We would have, if these weights were precisely equal, the teeter totter would be in balance. So I call this law the law of balance. And I contend that this principle allows the creation of universe from nothing. Let's see how this happens. Now I can start with a simple equation and I do a little bit of algebra. Let me say E minus E equals E minus E. So I've just subtracted E from both sides, which is allowed. I can replace this with the equivalent of zero. Now I have a simple equation. Just rearrange a little bit. This says we have nothing here. We have something here. We have two somethings. We have a positive something and a negative something. And this perhaps as a way of telling us how we get our universe from nothing. For example, this could be the positive energy and the negative energy I'll call it e sub g. And when physicists calculate the energy content of the universe, they find that there's a large positive energy that's basically mass, heat, light, motion. But there's also a negative counterpart that's gravitational energy. And when the calculation is done, they find that this balances this and the total energy of the universe adds up to zero. So this equation is very simple equation. It gives us a path for existence from nothing. So we can say back 14 billion years or so ago that we had a universe of nothing. We had zero gravity. We had zero positive energy of mass equals zero. And we can say that at some point in time, a small fluctuation occurred that allowed a little bit of positive energy, balanced by a little bit of negative gravitational energy equals zero. And quantum physics allows us to happen. In fact, they see in a laboratory that something's created from nothing all the time at a very tiny level. And at time later, we can say that positive energy of the universe has increased, balanced by a negative gravitational energy equals zero. So we can see how this equation allows the universe to come into existence from nothing without violating any of the conservation laws of energy. Let's do a second mathematical experiment that shows that the state of nothing is mathematically unstable. And because of this, this is nature, an enormous creative power to create things out of nothing. Let's see how this happens. Let's start with a law of balance. That energy is equal to energy. Something is equal to itself. And let's add another term here. Let's add an X term. And let's ask ourselves what is the value of X? Well, I would say most of the time X would be equal to one. For example, let's say E is equal to seven. Seven equals seven X. Solving for X, we get one. Let's say that E is equal to minus two. Minus two equals minus two X. Solving for X, we get one. But what happens if if E is equal to zero zero equals zero times X. Now can X be one? Sure. Let's say one times zero equals zero. So one works. Could X be minus two minus two times zero equals zero minus two works. Could X be ten times zero equals zero. X equals ten works. So the solution to X can be anything. X can be absolutely anything. And this equation holds true. This transpose this equation a little bit. Let's say zero divided by zero equals X. And we know X can take on any value. It can be minus one. It can be a million. It could be infinity. It could be zero. It could be anything. So let's consider the creative powers that nature has. If it can find a way to do as zero divided by zero. For example, we know that Newton's gravitational law is force is equal to gravitational constants times a mass of an object. Times a mass of a second object divided by a distance squared. And this force law, the gravitational force law, Newton's law can be converted to an energy law rather easily. Now we know that energy is force times distance. And we multiply by a distance and we do the math. This becomes to the first power. This becomes energy and this actually becomes negative. This gravitational energy is negative. Now what if we have a universe of absolutely nothing. No time, no space, no energy, nothing. If we plug nothing into this equation, well, in this universe of nothing, mass would not exist. So it would be zero. So we could say energy equals minus G times mass, which would be zero times any other mass zero. And the distance, this doesn't exist in the universe of nothing. The distance would be zero. So zero times anything up here is equal to zero. And zero, the denominator is zero. And this is equal to this can be anything. So if we have a universe of absolutely nothing and if nature can find a way to divide zero by zero, it could be very creative. In fact, if nature starts with nothing and goes in this direction, it could possibly create this energy law from nothing. Here we have zero, zero. We could come up with any energy. And if nature can find simply a way of dividing zero by zero, it has a lot of creative power. It can create anything. It can create our universe. It can create many things that are unstable. And the unstable things are lost in history. And it creates things that are stable. For example, this energy loss, something stable that it could create from doing a zero divided by zero. And kool-arms energy law is virtually the same format. It follows the same zero divided by zero creating the other energy loss. And so what happens is that the stable creations remain. All this stuff around us is the stable result of the zero divided by zero. And the unstable results we don't see because they don't exist for long or lost in history. You