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Hello people, this is the Mad Scientist Supreme, talking today about dark energy. Now, dark energy is a silly name the physicists came up with to explain why the galaxies are accelerating away from each other. Now, if you were thinking about gravity, gravity should be pulling all the galaxies together so that they expand slower and slower. But yet, their expansion is accelerating. Well, if we go back to the Big Bang, the vast majority of the energy of the Big Bang stayed as energy. 99.9 some percent was released as energy and stayed energy. Now, that very small piece of that became all the matter in the universe. Well, that wave of energy going out, if you believe E equals mc squared, energy equals mass. Well, with this vast, vast amounts of energy, it's going to have a mass equivalent, which would mean a gravitational field. So, as the galaxies are expanding outward, they're being attracted, not dark energy pushing them away from each other, but actually being attracted to, well, essentially the edge of the universe, the leading edge where all the gravitational energy is. And as the galaxies that are closest to this edge would be attracted, they're accelerating faster than the ones closer to us. And the ones closer to the, well, what was the center of the galaxy. If you run those different lines of speed back, you'll see the most acceleration is the most extreme, the most outward galaxies. They're accelerating fast toward that gravitational field that is the edge of the universe. Ever expanding very, very fast as the universe itself is expanding. So, that's my theory on dark energy. Now, dark matter explains how the universe turns, or galaxies turn. Now, if all the planets in our solar system were to line up, as we do have conjunctions once in a while, planets, several planets will be in a row, and as they sweep around the star, they quickly go out of alignment. And a couple of years later, nothing is in alignment. Well, that's because the center of our solar system, the gravitational center, is the sun. And all the planets going around it go at their particular speeds based on their distance from that sun, from that gravitational center. Well, the gravitational center of our galaxy is the massive black hole in the center, and all the stars are going around it. Now, the ones in close to that gravitational center are moving, you know, very fast, going around in loops and loops. But, look at the spiral arm we're in. If all the stars were moving at their own individual speeds based on their distance from that star, in one half of a rotation, it wouldn't be a spiral anymore. It would be a flat, random accumulation of stars, because they would all be traveling at their own speed. And yet, we maintain these arcs, so the very outer stars are moving incredibly fast, compared to the more inner stars. And the Earth is, well, halfway between the two extremes, so we're mid-range. We're going at, let's say, galactic standard speed. Well, the ones in closer, because they're closer to the gravitational center, should be going around the galaxy much faster than we are. Much like Earth goes around the galaxy much faster than Jupiter, or Earth goes around the solar system much faster than Jupiter, or much faster than Mars. The Earth should be going much slower than the inner stars, and much faster than the outer stars. Yet, we're all making one loop at the same time. Even though we are at vastly different distances. So they came up with this silliness of dark matter to equalize out the equations. Well, if you just consider the universe itself as turning, yes, we're in a spiral galaxy, but as it turns, the universe itself, because matter forms the universe, the matter and energy around it, and all the light of the galaxy forms that pocket of the universe. And that is what's spinning. And if you took some oil that had roughly th