- 電気活動の混乱
- その周波数のすべて
- パルス
- 沸き起こり
- 輸送する機関または輸送の乗り物
- ランダムノイズのビット
- それぞれの知覚は全体を含んでいる
- それぞれの記憶も全体を含んでいる
- それぞれの思考も全体を含んでいる
- それぞれの感情も全体を含んでいる
- 実際にその部分を壊して分割することはできない。
- 思い出=記憶は思考回路に存在するホログラムで構成
- 意識の自覚的な経験=記憶は思考回路に存在するホログラムで構成
地球の磁場は、脳の間で情報を伝達するための媒体を提供している
- ミツバチ
- 鳥
- 魚など
- 電磁場によって転写(RNA合成)は誘導され得る
- 電磁場によって翻訳(タンパク質合成)は誘導され得る
- それぞれの知覚は全体を含んでいる
- それぞれの記憶も全体を含んでいる
- それぞれの思考も全体を含んでいる
- それぞれの感情も全体を含んでいる
- 実際にその部分を壊して分割することはできない。
- 思い出=記憶は思考回路に存在するホログラムで構成
- 意識の自覚的な経験=記憶は思考回路に存在するホログラムで構成
- 電磁場によって転写(RNA合成)は誘導され得る
- 電磁場によって翻訳(タンパク質合成)は誘導され得る
- 電気活動の混乱
- その周波数のすべて
- パルス
- 沸き起こり
- 輸送する機関または輸送の乗り物
- ランダムノイズのビット
地球の磁場は、脳の間で情報を伝達するための媒体を提供しています。
また我々は1980年代後半にタンパク質、DNA、および形質転換DNAが本質的に圧電結晶格子構造として機能するという研究の行いをみました。
There are microscopic particles in the human brain that modern science discovered only recently and has since become a subject of increased study and discovery. It’s called magnetite and it’s the most magnetic substance known to man. It exists in the cerebral cortex, cerebellum, and in the lining surrounding the brain and spinal cord and consists of five million magnetite crystals in each gram of brain tissue. Here’s how its created: In magnetite-containing bacteria, magnetite crystals turn the bacteria into swimming needles that orient with respect to the earth’s magnetic fields.
In fact, our brains seem to have an entire magnetic system built into them. They were discovered in 1992, and so far, scientists have yet to understand their function, but one possibility is that they provide a basis for magnetic broadcasting of our brain’s information, in addition to whatever other functions they may have. To explain how the jumble of electrical activity, with all of its frequencies, pulses, bursts, ‘trains’ and even bits of random noise can be turned into meaningful information in another brain, we invoke the theory of holographic memory. This theory, though not universally accepted among scientists, has acquired acceptance in many fields. It says that our memories rely on holograms. Information packages in which each part contains all the information present in the whole system.
The holographic theory of memory says that our memories, and even our experience of conscious awareness, consists of holograms existing in our minds. Each perception, each memory, each thought, each emotion, involves a whole, and cannot really be broken up into its parts. When we see the pattern of neural activation for one of the technologies that creates images of our brains activities (like PET, CAT, EEG, MRI), we are only seeing one of the parts. Like the brain, a holograph can store an enormous amount of information in a very small space.
The earth’s magnetic field provides a medium for the transmission of information between brains. It’s not just that each brain can broadcast information about itself, it’s that all brains exist in one magnetic field. This can explain how information is transmitted between two brains, but not how people can sometimes get information from the future – precognition. For that, we need to indulge in some serious speculation, and to take note that this is where we leave the laboratory studies behind.
What is magnetite doing in the human brain? In magnetite-containing bacteria, the answer is simple: Magnetite crystals turn the bacteria into swimming needles that orient with respect to the earth's magnetic fields. Magnetite has also been found in animals that navigate by compass direction, such as bees, birds, and fish, but scientists do not know why the magnetite is present in humans, only that it is there.
We have also seen in research done in the late 1980s that proteins, DNA, and transforming DNA function as piezoelectric crystal lattice structures in nature. The piezoelectric effect refers to that property of matter which may convert electromagnetic oscillations to mechanical vibrations and vice versa. Studies with exogenously administered electromagnetic fields have shown that both transcription (RNA synthesis) and translation (protein synthesis) can be induced by electromagnetic fields and furthermore that direct current in bone will produce osteochondrogenesis (bone formation) and bacteriostasis, as well as affect adenosine triphosphate (ATP) generation, protein synthesis and membrane transport."
[link to www.affs.org]
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