Five platonic solids. Now these, all of our axioms, all of our postulates have been built off of these things. This is what Euclid went down to Egypt and pulled these things together. Pythagoras worked on them and these were the undisputed fundamentals of geometry that he

used to build. If you tap onto the Flower of Life platonic solid things, it's going to take you to a video. You don't have to, but it'll show you the Flower of Life that they took this from. But you'll see that instead of following the

natural curvature of these 64 circles overlapping, they averaged the space where they, where they met and they invented straight lines. They, why did they do that? Because they believed that the world was flat. They believed the world was flat at the time and the church promoted, but Zan

theorem comes off of this cube, a squared + b squared = c squared. So they wanted to use all of these intertwining circles and create straight lines because that's how they thought everything came down to straight lines. They thought the world was flat and I

was like, oh my goodness, they didn't open the flower properly. So the next one would be the icosahedron. Now the Flower of Life ex, it's very, very old. The concept is very old. What, what was the origin of the concept? It's the oldest symbol known to

mankind. I, it's believed that it was Anu, the brother of Enlil. If you go by the Emerald Tablets text, yeah, the Sumerian text, that was the one that created mankind. Because if you look at mankind and there's a point I want to make with it, I

I want you to stay on the book, go back to page, go to 134 on the book, and this is what that other gentleman was telling me to do. He said, "Why don't you just take the pieces that make up the flower and put them together based on universal

ratios?" So if you, once you're able to pull it up, page 134, 134 in the book, so this is the juxtaposition of the mistake they made. Yep, just tap right onto that. Yep, just tap on it. Now this was made by David Johnson,

one of our programmers, goes fuel. So if you go to the far left and tap on that, this is I took four of those triangles and wow, and you can scroll around, this is what happens when four bubbles meet. This is the negative space where they can't touch each

other. This is hydrogen, and as I was saying, electricity is always trying to get to the center of that triangle, but it gets pushed out, out, and now you see it has four contractive poles, which is the electric poles, just go around it from like

horizontally. Yeah, it has four contractive poles because electricity is seeking a higher pressure condition and forcing it in, where magnetism is seeking a lower pressure condition and spun out. So the vortices, those tips, that's the magnetic field, that's where they begin.

But it has an equal attractor and an equal amount of repulsion. So if you go to what happens when eight bubbles meet, they gave me the patents to that. I called that the tetrion. This is so this is the negative space in between eight bubbles, eight

Bubbles, this is the negative space where eight bubbles meet, and you can scroll around. And this is ignored when they're concentrating on straight lines completely, 'cause this, if you look from the top, I haven't violated anything. It fits perfectly inside of there, but this is

the negative space where eight bubbles meet, but you'll notice it has eight contractive poles, but it only has six magnetic poles, six vortices, so it has a greater electrical potential than a repulsion. So maybe this is the strong nuclear force, and the previous one was

the weak nuclear force. So I was like, okay, I caught this the Hunan after my son. So I was like, what happens when six bubbles meet? If you'll go to the one right in the center now, you see that they has these huge bubbles fast moving, but they

there's six strong spheres that's going around this, but the greater attractor has grabbed the two weaker attractors, and this looks just like a photon. And guess what? It has 30 poles. What is the speed of light? 299, 299 million, 7524 something. They rounded off to 300

300 million km/s squared, but if you look at it from the top, you'll see that I have violated anything. This looks like what happens in nature. So I was like, okay, so they gave me the patents to this, but you'll see that there's six

unaccounted electrical poles to it. So I was like, what happens with 12 bubbles meet? If you go to the one right next to it, another stable structure that we basically see in nature, but there's four unaccounted electrical poles to it, four spin around it. You can count

those four you'll see one at the bottom and three on those sides this is the basis of crystallization laws of crystallization that forms and you can go to the last one I was like what happens when 24 bubbles

meet this is a negative space if you pull to a horizontal on it this is a negative space with 24 bubbles meaning this is where you cannot distinguish this from the background because all of the electrical potential has been accounted for this would be the Bose-Einstein

condensate where where something is becomes indistinguishable from the fabric of space itself the final state of matter something and the proof of this the platonic solids they have a thing called discrete symmetry you can put the cubes together maybe you can put the do

decahedrons together but you can't put all of them together but you can take the wave conjugation right here and they form super symmetrical systems [Music]

They Had The Flower Of Life All Wrong | Joe Rogan & Terrance Howard

University Of JRE

기하학의 기초가 되는 플라톤 고체에 대한 유클리드와 피타고라스의 연구.

생명의 꽃과 플라토닉 고체와의 관계.

평평한 지구에 대한 고대의 믿음과 그것이 기하학적 해석에 미친 영향.

피타고라스의 정리와 원으로 만든 직선에 대한 연결.

생명의 꽃 심볼의 나이와 기원은 아누에 기인합니다.

보편적 비율을 사용하여 생명의 꽃 재구성하기(책 134쪽).

데이비드 존슨이 분석에 기여했습니다.

네 개의 기포가 만날 때의 음의 공간(수소)을 분석합니다.

구조물의 전기극과 자기극에 대한 설명입니다.

8개의 버블이 만날 때의 음의 공간 분석(테트리온).

강하고 약한 핵 세력과의 연결 가능성.

6개의 기포가 만났을 때의 구조 분석(광자).

12개 및 24개의 버블로 형성된 구조를 분석합니다.

보즈-아인슈타인 응축수 및 이산 대칭

보즈-아인슈타인 응축수와 우주와 구별할 수 없음.

플라톤 솔리드와 파동 접합의 불연속 대칭.