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[Alexandr Korol]

— This is the philosopher’s stone.
— Yeah, yeah. This kind of matrix was given to certain knowledgeable, important people in the world — some rulers. It was given to them in the form of a small sphere, like a stellated polyhedron, a kind of star with rays. And it was given to them: “Here, decode it,” and that’s it. But no one could truly figure it out — what you’re decoding now. But the essence is the same. This, Alex, is infinity — just contemplate it, observe it. And yes, every geometric shape — however it’s turned, wherever it’s angled — that’s all your multiverses, as you call them, all these dimensions. And yes, this matrix is the same — it can shrink infinitely or grow infinitely in terms of scale.

And then it got even more interesting. This morning — just now as I woke up — I was already seeing tons of signs yesterday, and today again, pointing me toward paying attention to what quantum means: quantum, quantum physics, quantum mechanics. I started reading the basics on Wikipedia, and I realized — it’s the same thing. String theory? Same thing. Everything is in this matrix. I’m now showing it physically, with all the correct proportions — how one thing gives rise to another, how it’s all in motion, all of it laid out. I’m physically showing the time of each object, each body. And this is all gravity, it’s exactly the three-body problem. Of course, everyone knows this beautiful term now because of the TV series, I believe, that came out recently. But the three-body problem — I would say maybe even more than three — that theory was built on this. It’s exactly what I’m showing in the matrix right now. It’s about an object and the movement of objects around it, at different angles. I really liked how Wikipedia put it — it was written in a very interesting way.
“In cosmology and relativistic physics, the concept of spacetime unites space and time into a single abstract Universe. Mathematically, it is a manifold composed of ‘events’ described by a coordinate system. Typically, it includes three spatial dimensions (length, width, height) and one temporal dimension (time).” And this is a very important point. The idea is that there are four dimensions — and it’s this fourth one that no one can quite grasp, and the fourth dimension is considered to be time, which means the dodecahedron. And it’s the dodecahedron that assigns coordinates to each geometric shape —