electromagnetic fusion containment engine

Then someone threw a switch and activated a hoist attached to some cables that were attached to a big tarp. The tarp was lifted straight up, and sitting on this huge steel platform was a giant electromagnetic fusion containment engine! And I immediately knew that, because its configuration was similar to mine but it was the size of a Greyhound bus. Mine was about the size of a large watermelon!

The Electromagnetic Fusion Containment Engine, because they are so fast. There is nothing like it. The liquid fuel and solid propellant engines are like Model Ts compared to a Lamborghini. This thing took off so fast. It went from zero mph to 8,754 mph in about 4.6 seconds. It was so fast that you couldn’t even see it.

You can recognize engines that are comparable. If I had an internal combustion engine taken out of a Model A Ford and had it sitting on the ground and you pulled an engine out of a Viper today and placed it alongside, you would recognize that they operate on the same principle of internal combustion. However, the difference in performance between the two is unbelievable.

It was the same situation with my little engine and this thing they had stored underground. They both ran on the same principle, the same configuration, but the level of sophistication is like that of the Model A compared to the Viper engine. This thing they had was so powerful. There were so many design features that I didn’t recognize, for reasons that became clear.

So how is my shadow showing up on this thing? And stranger still was that the shadow moved about a half a second behind me. That really got my attention. And I thought, “If this is what I think it is, a heat sensitive recognition alloy.” And then I realized we don’t have [any] known material that could do that. So I looked up at the engine and I asked for permission to climb to the top because I wanted to see the damaged area. The thing had a hole about four feet in diameter in the side of it, and this was the area that most interested me. Now, think of a figure eight, and right where the two circles cross each other is the eye of the hurricane. That’s where the damage was located on this engine. Knowing my own engine, I was assuming that this thing had experienced some kind of breach in the electromagnetic flux field that acts as the containment wall that harnesses the power of the reactor engine.

These engines basically function like a magnetic bottle or sphere, and inside you have contained the power of the Sun or a hydrogen bomb continuously detonating. It’s not impossible to figure out how this works, because it occurs all the time out in space. Black holes can suck an entire galaxy full of suns into their point of singularity. Obviously a black hole has no problem containing that fusion energy.

What I did was mathematically figure out a way to artificially create a synthetic black hole. And because it is based on a figure-eight design, once it has stabilized it will always implode and consume itself without pulling everything around it in. But this engine at Area 51 had lost its stabilization in the figure eight, and that’s why I was so curious about the hole.

Anyway, when I placed my hands on the engine to pull myself up, I began climbing up the exterior of the engine, which was designed with an exoskeletal structure. The best way to explain this is to look at the designs of H. R. Geiger; he is the designer that created all the sets of the Alien movies.

ey looked almost like fibre optic cables filled with some kind of fluid. They were very small tubes the size of angel hair pasta. There were millions of these things cascading over the hull of this engine. And I thought, “Boy, these patterns look familiar.” Then it dawned on me: they looked like neural synaptic firing patterns. There were millions of them going out everywhere on this thing. So I thought that maybe the engine was designed with an exoskeletal brain.

It was warm, which didn’t make any sense at all. It was so cold in that hangar, you could almost see your breath. I looked around on the floor and saw no power lines. And I asked myself, “How in the world could this alloy be staying warm?” And it was really hard. It was the hardest material I have ever touched. It didn’t give anywhere. The surface cohesion tension on it felt more like a baby’s skin. It was supple, but hard and warm.

I continued to climb up until I reached the centre area. It had these vertebrae that branched off, cascading, fibre-like. They looked almost like fibre optic cables filled with some kind of fluid. They were very small tubes the size of angel hair pasta. There were millions of these things cascading over the hull of this engine. And I thought, “Boy, these patterns look familiar.” Then it dawned on me: they looked like neural synaptic firing patterns. There were millions of them going out everywhere on this thing. So I thought that maybe the engine was designed with an exoskeletal brain. And at that point, I reached out and grabbed some of the fibres and found that they were really tough and that there was fluid in them. And wherever I touched, no matter what I touched, there would be a reaction to it like a tremor of visual lights.

Before I came out of that damaged area, totally pissed off. Because when I got down in this thing, they told me to make it brief. So I got down and looked in the area. Man, there was some incredible-looking technology up and down this engine. And I couldn’t get more than three feet into it before I came up to a wall. And this wall. It was like the iris/shutter on a camera lens. It had lots of interlocking fans that contract or expand – and I’ve always thought that would make the coolest door. Well, there was this little round pod-thing there, and I just put my hand on it; and when I did, the wall just shuttered open.

t could have been. I have no idea. But I got to look deeper into the engine. And what I saw in there was fascinating. It was such a trip being there because whenever I worked on my fusion engines, everything was so small; some parts I even had to machine under a microscope. Now, here was a replication of my basic design that was big enough to walk through. But man, this thing that I had manufactured to achieve a certain function in my engine, this thing would have something else in its place. And this something else would be stuff I couldn’t begin to recognize. There were these crystals that were facing each other. They were fabulous-looking crystals. And they were integrated into this plasma duct type thing.

And so I assumed that the reaction they were seeing hadn’t happened for them, because wherever I touched it there were these really amazing blue and white swirls moving down through the hull of this thing. It looked like wavelengths that you see on an oscilloscope.

And in my engine, I had such a hard time getting a cyclotron to curve the blast waves I needed for propulsion. This thing had some kind of venting system that allowed them to flush their plasma out through an area that looked like the gills of a shark. The whole thing was so organic looking. It looked like a living machine – both organic and inorganic incorporated together. It was an oxymoron. How do you explain something like that? So anyway, I just got to see a lot of stuff in there that I couldn’t believe.

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