홀로그램과 군의 초능력에서 홀로그램의 역할

### 홀로그램의 힘: 초능력으로 시간과 공간에 접근하기
* 🔮 이 섹션에서는 특히 군사용 애플리케이션의 맥락에서 **유체이탈 체험, 미래와 과거의 시각, 원격 시청을 가능하게 하는 홀로그램**의 매력적인 역할에 대해 논의합니다.
* 🎬 이 동영상은 영화 '염소를 응시하는 사람들'을 언급하며, **러시아 군대가 이러한 능력을 탐구하는 것과 마찬가지로 미군이 군사적 이점을 위해 초능력 현상에 관심**을 갖는다는 점을 강조합니다.
* 💧 홀로그램은 **잔잔한 물에 조약돌을 떨어뜨려 파문을 일으켜 거리와 깊이 등 이벤트에 대한 자세한 정보를 전달**할 수 있다는 비유를 통해 설명됩니다.
* 📏 홀로그램의 개념은 **2차원 이미지에서 3차원을 인식하는 일상적인 경험**으로 확장되어, 제한된 정보에서 보이지 않는 세부 사항을 추론하는 방법을 보여줍니다.
* 🦇 이 텍스트는 **박쥐와 돌고래가 홀로그램 과정과 유사하게 음파를 사용**하여 주변 환경을 시각화하는 방법을 설명하면서 인간의 지각과 동물의 반향 위치 사이의 유사점을 이끌어냅니다.
* ⏳ 이 이야기는 홀로그램을 통해 우리가 받는 정보는 종종 과거의 것이지만 지각과 파급 효과의 특성으로 인해 **미래의 사건처럼 느껴질 수 있기 때문에 시간을 다르게 인식**할 수 있다는 것을 암시합니다.
* 🌌 우주의 진동 에너지 교란을 통해 모든 사건에 접근할 수 있는 **'구글 우주'**에 비유하여 아카식 기록의 개념을 소개합니다.
* 마지막으로, 조각난 홀로그램도 원본 이미지를 재구성할 수 있다는 점을 강조하며, **이는 우주의 작은 부분만 이해해도 전체에 대한 통찰력을 얻을 수** 있고, 차원에 대한 기존의 이해에 도전할 수 있음을 의미합니다.

홀로그램은 차원과 시간을 인식할 수 있어 과거, 현재, 미래의 사건에 대한 통찰력을 제공합니다.

We are in the third part of this video, where this is the coolest part, where this talks about holograms and the role of holograms in having out-of-body experiences, the ability to see the future, the past, and remote viewing. Um, again, remember this is the United States Army's militarization practicality study of the ability to use psychic power to give the army a military advantage. Uh, and one of the things that you'll see, I really do urge you to watch this movie, The Men Who Stare at Goats, starring George Clooney, because they talk about the Russians actually having a military unit that does uh, this kind of thing, uh, starbursting and out-of-body experiences and remote viewing, um, all of which has been tested and proved uh, to the satisfaction of military uh, intelligence and um, so um, so let's talk about the hologram. I want to explain it in the best way that I can because this gentleman does his best to do it, and he's got a hard, hard job ahead of him. So let me explain.

what a hologram is. Let's say that you are, you have a tank of very, very still water, okay? I drop a pebble, wait, listen, uh, in one remote part of the tank, ripples come out from that tank, don't they? Waves, ripples, you've seen them, okay? Um, so I'm sitting here and then bang, as soon as it drops and then the ripples start to form, I freeze the entire tank in a heartbeat, in a flash, and I cut away out all the ice until there's only this little tiny piece of that big tank. And guess what? I can tell you where that pebble dropped, how far away, and how far down into the tank it dropped. How do I know that? Because the shape of the arc, if it's coming at me, it's going to look like that, and the width of the waves, if it was from far away, far away, then those waves will be distant apart and have a large flatter arc. I hope you can understand that. So when we drop the pebble, a wave comes at us, we can take the

tiniest little part of that thing. We can sense the arc of that vibrational pattern. We can sense the distance from the event happening, and we can do what's called a hologram. A hologram is actually the ability to take something and to expand its dimensional capability. So, in other words, we can say from that little tiny part of the sample area we call very low resolution, we can fill in the blanks. It's just like if you had a picture of maybe one quarter of your face, but you knew that person's face. Maybe it was Abraham Lincoln, and then you could just kind of see the rest of it through the hologram. Here's another example of a hologram that you may not know because this is going to talk about the third, fourth, fifth dimensions later in the document. But one interesting thing about a hologram is that you're looking at holograms every day. In fact, you're looking at one right now because you are looking at a two-dimensional physical plane, but you're looking at me.

and you can see behind me there's an elevator. There's a base. There's a, you know, refrigerator. Um, there's a really wonderful gift I got from Jimmy Page, a signed copy of their album, The Song Remains the Same, and he signed it The Thong Remains the Same. You can see that all behind me, and you can infer that those things are behind me because this is a hologram. You are actually able to see three dimensions when you're really looking at two. So, the flat surface is a hologram. What are the two and three dimensions? Well, two dimensions is length, the second dimension is height, and then the third dimension is depth. Okay, so in what you're looking at right now, this is a hologram. A hologram basically allows you to infer from the information that you're already seeing what exists that you can't see. Does that make sense? So, that's a hologram. When we look at Canadian currency, there's a hologram on it. Uh, when you look at a credit card, there's a hologram.

on it, and you can turn the visa, and you can see like a dove or whatever three-dimensional. That's you're looking at a two-dimensional thing, and you're able to see three dimensions. That's a hologram. So, what happens in hologram viewing is when you are able to see holograms. And what is a hologram? But it is a disturbance of stillness. So, for example, in a very, very still tank, somebody drops the rip of the pebble. The waves come at me. We can see by any portion of that tank how far away that pebble was, where it was in the tank, and you know a lot of things about it. In fact, if we're good enough, we can actually see what the pebble looked like. And you go, How can that happen? Well, I'll tell you how that can happen. A bat doesn't have the luxury of eyes that work. What it does is it sends out sonar. Same thing with dolphins. They send out a beep, and they wait for that echo to

come back, and there's so much information in that echo, a hologram, that they can actually see the shape and the design, the three-dimensionality of whatever it is, the stalagmites in a cave, by sending out a sound and hearing what comes back. That in itself is a hologram. So, assuming that you know how to perceive a hologram, then you can, of course, see if the thing that dropped into the river was this, then you'd be able to see the crags and everything like that. Now, let me give you another interesting thing about the hologram. You realize that that pebble, by the time it reached you, was something that, for you, it's past. It happened. But the information that got to you is in the past according to that pebble. But guess what? It is to you. It's in the future according to you because by that time that wave hits you, then you'll know that there was a pebble out there, right? So, when it talks about the fifth dimension and being able to sense the

continuity of time that in itself is a hologram. So, for example, I'm sitting here, and there's all these different things that are happening, and they create a ripple, like when I clap. That goes out to the universe, ripples. Guess what? It also sends ripples coming back. And when you hit something, those ripples continue to go out, but they also, you can see them as they echo out. And that is called the akashic records. Anything that has ever happened on the earth, uh, sorry, the universe, winds up being able for you to see it. I explain it to my children. I call it the Google universe. In fact, so many things in technology mimic the uh universal light energy that we can perceive. Things like saying, you know, we uploaded the file to the cloud. This isn't a cloud. This is something that sits in a bunker underground in a nuclear silo in Santa Fe or something like that. But they call it the cloud to kind of, I guess, maybe in a way confuse us uh to our ability to access the akashic.

records because anything that ever happened at any point in time, not only in this dimension but in other parallel dimensions, goes up into the universe but is accessible by all because any vibrational energy is a disturbance of the calm flatness, the infinite unmeasurable, no edges to it, stillness of the universe. And that is how we're able to use holograms to be able to look into the future, look outside of our bodies, travel in space and time. So um, it'll come clear later as you go into this video series a little bit more. Chapter 13, the part encodes the whole. They're talking about holograms. So if it says of a further importance is the fact that even if we dropped our frozen hologram of the ripple pattern on the floor and broke it into a number of pieces, each individual piece would recreate the entire holographic image all by itself. The smaller the piece, the fuzzier and more distorted would be this resulting holographic projection. But the fact remains that a whole projection would nonetheless be made.

like I told you, when you take any little shard of this shattered still pond, you can still see that there was a wave, the shape of the wave, the direction of the wave. Was it coming at us, or were we the ones that sent the wave out? Uh, and how far away was that when that happened? All of that stuff is part of the hologram, and if we can have access to this little part of the hologram, then we can see the entire universe because we're able to access any of those waves. Now, this is really, really hard for us to understand if we rely on our five dimensions, so let's just put that all away. Let's just suspend our left brain logical thought and let me take on a little tiny adventure.

CIA Analysis And Assessment Of Gateway Process - Declassified Part Three - #holograms #timetravel

The Gary Fong Channel

홀로그램은 유체이탈 체험, 원격 시청, 미래와 과거를 볼 수 있는 능력과 관련이 있으며, 미 육군이 군사적 이점을 위해 연구하고 있습니다.

홀로그램의 개념은 조약돌을 고인 물탱크에 떨어뜨리면 파문이 생겨 조약돌의 위치와 깊이를 알 수 있다는 비유로 설명할 수 있습니다.

초능력을 군사적 목적으로 사용하려는 아이디어는 미국과 러시아에서 연구되어 왔으며, 군사 정보 분야에서 입증된 성과를 거두었습니다.

홀로그램은 샘플의 차원을 확장하여 빈칸을 채우고 보이지 않는 것을 유추할 수 있게 해줍니다.

2차원 평면에 입체감을 부여하는 홀로그램은 일상 생활에서 쉽게 접할 수 있습니다.

홀로그램은 캐나다 화폐나 신용카드와 같은 물체에도 존재하여 추가적인 정보 계층을 제공합니다.

홀로그램과 그 인식에 대한 이해

홀로그램은 조약돌을 떨어뜨렸을 때 발생하는 파동과 유사한 고요함의 교란을 이용해 2차원 소스에서 3차원의 시야를 만들어냅니다.

박쥐와 돌고래는 소나를 사용하여 주변 환경을 인식하고 에코에 의존하여 정보를 수집하는데, 이 역시 홀로그램 지각의 한 형태입니다.

수신된 정보는 출처에게는 과거로, 관찰자에게는 미래로 보일 수 있기 때문에 시간 개념이 홀로그램과 얽혀 있습니다.

시간의 홀로그램적 특성과 아카식 기록

시간은 홀로그램으로 묘사되며, 사건은 박수 소리처럼 파문을 일으켜 되돌아오는 파장을 일으킵니다.

이러한 파문은 우주에서 일어난 모든 일의 역사를 담고 있는 아카식 기록과 관련이 있습니다.

이 보편적인 지식에 접근하는 개념은 기술의 '클라우드'에 비유되며, 시간의 홀로그램적 특성은 시공간을 여행할 수 있는 가능성을 가능하게 합니다.

부서진 고요한 연못은 파도의 모양, 방향, 거리를 반영하여 전체 우주와 연결되어 있음을 암시합니다.

이 홀로그램의 작은 부분이라도 접근하면 더 큰 우주의 그림에 대한 통찰력을 얻을 수 있습니다.

이 개념을 이해하면 기존의 5차원적 관점에 도전하여 사고의 전환을 유도할 수 있습니다.