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Lol. You claim you understood the problem, completely ignored it then, when Hans Blaster raised it in more detail in post #67, your response was "That's a good point" and then further demonstrated your complete lack of understanding. You can't even stick to your own (erroneous) claim that EMS was all energy. You now want it to be all energy except water (and presumably earth?).
That is one of the most ironic posts you have made. As before, I suspect you don't understand why.
If a person makes a good point, then I acknowledge them for it. Notice, you get nothing.
What I pointed out was that EMS contains all the energy in the universe. I don't know why you don't acknowledge how much power it is. The water discussion was what the Bible described, but it could've been gravitation waves or something else.
Look at how much power a supernova explosion produces and that is only a small fraction of the total energy in our universe. You could not explain how a natural cosmology could ever create such a thing. It would take what I think as something supernatural to create such power in our universe. Are you going to claim it was from quantum particles/waves? What else could create it?
"In a brief flash, the supernova of a single star can burn brighter than the billions of suns of an entire galaxy:

Supernova 1994D: NASA/ESA
That supernova at bottom left is not sitting in front of the galaxy NGC 4526. It's in the outer edge of that galaxy, 55 million light years away.
Last summer, astronomers found the most powerful supernova they had ever seen, an event called ASSASN-15lh. Their report published in the journal Science last week contained a measurement of the total power of this explosion: (2.2+/-0.2) x 1045 Ergs per second. That's an esoteric number phrased in unfamiliar units. What's the real meaning of this much power?
Astronomers look at a stellar object and measure its luminosity: the amount of energy it releases per second. (Further, this is a measure called bolometric luminosity: the total power radiated out across all frequencies of electromagnetic waves.) This sort of measurement is very familiar to us, as we use several scales that measure energy per unit time. A watt, a horsepower, and calorie burned per hour are human measures of power.
The numbers we're discussing are so big that we have to use exponential notation -- unless you want to read numbers like 220000000000000000000000000000000000000 watts.
A quick review on exponential notation: 102 = 100; 104 = 10,000; 3.5 x 104 = 35,000.
Let's start by getting rid of ergs. An erg is a ten-millionth of a joule. ASSASN-15lh radiated 2.2 x 1038 joules of energy per second, which happens to be exactly the definition of a watt. It's like the universe turned on a couple of 1038 W light bulbs. 1038 W is one hundred billion, billion, billion, billion watts. Now we've got a different problem: energy scales that are hard to imagine. What can we compare this to?
Converting a chunk of uranium smaller than a pea directly to energy via E = mc2 produced the nuclear blast that leveled Hiroshima. The energy of ASSASN-15lh is comparable to converting the entire moon to pure energy every 30 seconds. The biggest thermonuclear blast ever created was a billion trillion times less energy than one second of this supernova.
Our sun produces 3.8 x 1026 watts of power. So, this supernova was about 580 billion times brighter than our sun. The explosion radiated, every second, as much power as the sun has produced total over the past 18 millennia.
The Milky Way galaxy in which we live burns with roughly 8 x 1036 watts. For its few dying days, the supernova is nearly 30 times more luminous than our entire galaxy."
The Incomprehensible Power of a Supernova | RealClearScience
So not only is the energy needed, but that which the objects in our universe already have. Our sun, for example, probably won't use up all its fuel for a long time, but something could collide with it and release all that energy into a supernova. That would be the end of our planet and more. Probably our entire galaxy.
So what caused our big bang? Where did that energy come from? At least, I'm getting some idea of what people think happened now. They think it expanded into our universe even though it wasn't there or while infinite temperature isn't energy, something was causing it to to get hot. I can't imagine a singularity acting that way unless there was heat source causing all that high temperature. We would need some kind of trigger like a supernova explosion to start it off.
On the Biblical side, we have the Holy Spirit as infrared light, Jesus Christ as visible light, and God the Father as gamma ray radiation. It's how the Trinity is described as separate, but three equal beings in one.
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