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#本次教學首次提到標準量化
#甘斯是個過濾工具
#甘斯是個繪製宇宙地圖的工具
#第160次知識尋求

⋯⋯

此刻因為科技的運作與擴展,我們跟有關當局到了必須把等離子體結構標準化的地步。代表官方與學術機構的科學家開始了解過程,了解這項科技帶來的改變。開始要將物料與條件放入測試看結果。

一如往常,人們問:『下一步是什麼?』我們必須發展出標準來。

所以我們正與官方機構合作,到時需要很多在這部分是專家的知識尋求者的協助,或你已找到解套的方法,能以更簡單的方式與凱史基金會迦納合作。

然後伴隨標準化,我們需要找到新系統,新方法以衡量這項發展出來的科技。

意味著
我們發展出甘斯,
我們發展出奈米材料,
我們發展出等離子體,液體等離子體水之間的互動,當中沒有甘斯的痕跡。但帶有該甘斯的特性。

所以現在我們開始重新定義關於這項科技的很多認知。過去幾個禮拜我們要做的,跟政府官方的科學家合作,在整體性的了解下帶來一個態勢。所謂的『衡量、測量』。這一來,我們必須以新的方式解釋很多東西,人們才能理解。

我們說液體等離子體的甘斯生產。
怎麼產生的?要做什麼?怎麼做到的?

#事實上甘斯是一個過濾系統
好比如果你放一...杯甘斯,然後加水混和,與水混合。我們看到了。水在上面,甘斯沉澱在底下。
它要做什麼?
怎麼發生的?
為什麼甘斯沉澱在底下,水又會怎樣?

實際上,如果你看它是一個過濾系統。我們習慣水流過過濾器,從另一端出來是乾淨的。但是對於甘斯,因為它的特性,是完全相反。你可以上面放甘斯,水流過,甘斯過濾水。

所以甘斯的過程產生出等離子體水,我們稱它為過濾,是水濾過更簡易的方式。這一層不是固體,不是你在固體過濾器所放的石灰、與鈣或什麼。你得到的是甘斯過濾器的混和體,這改變了很多科學家的認知。
在過濾過程中,它(甘斯水)通過,水裡的細菌與其他東西跟著改變。

現在我們學會越來越多這個過濾,我們(希望)能量化它,也必須開始量化。

我們幾個月前看到美國公司拿黃金甘斯做為奈米結構,他們在其他沉積物中如何混和黃金甘斯當成一個過濾層。

所以我們創造一個新系統,創造一個液態的過濾。或一種『非固態』的(過濾)狀態。這提供一個新方法,比較容易向科學家解釋這個過程。現在把我們推向下一個階段。

我們在(日本福島)東電的測試與執行中所看到的,我們從中得到越多水,水位就越低。所以我們兩年前跟東電所做的是把甘斯乾燥化。用乾燥的甘斯作為過濾器,事實上我們可以把它放那裏當水泥。

現在,我們可以衡量它。幾毫克的甘斯可以有怎樣的強度,有這樣的特性。

另外,我們首次與科學家面對面,必須以完全不同於我們習慣的方式解釋甘斯的強度。

我們在看的就是太空科技的擴展。

現階段我們叫GPS定位。但是如果你看航空業,航空隧道會給你位置。在三度空間的海拔與高度。我們能確實掌握飛機位置,在地球哪個位置,什麼高度。

這也成為適應等離子體科技的必要條件。

但是,如果我們細看這項瞭解。
#這能讓我們畫出宇宙的地圖。
畫出在銀河的強度。
畫出太陽系裡的位置。
我們說「我跟你在某個城市到某個城市高速公路的加油站碰面」的方式,現在我們應該要能畫出太陽系的地圖與導航地位。

考慮到我們了解磁引力場的位置。場體的運行,太陽系等離子體的運動與其他。

這是現在我們被政府機關與學術機構要求要提出一個標準,帶來量化好讓大眾理解的。
我們需要多少甘斯執行這項工作?
我們可以用銅取代鋅達到這個強度嗎?得到大致相同的目的嗎
我們在談了解吸收度,吸收多少,當它移動會做什麼
它給出以後,在強度的位置上會有何改變

好比,我們身體所作的,吸收鈷得到其他物質;吸收銫穿越人體。當它發出輻射,變得沒有使用性。

#人體就是個測量工具,體內這個放射性物質不夠強,不足以被吸收,或在運作時會有個效用。所以身體會排斥把它放出去,騰出空間給新的東西。

所以我們要學的知識是我們身體已經在做的事。有個參考點。

身體如何測量四肢的放射性物質,大腦的分支工作站。“腺體”決定它不再有效需要更換?人體早已為自己建立一個測量系統。我們從來不知道。

我們如何開發技術,知道任何物料給我們的有效性。就像體內放射物質的吸收,過了某個程度無法再利用,好比銅。自動地我們得找到方式取代它。

#何時過了有效期
或多或少就是標示『出廠日(或生產日期)』。根據它的強度在使用。有些新的挑戰出來必須針對不同物料進行法規上的註冊,那些物料讓科學家感到困惑。

很快我們要召集全世界的科學家聚到阿克拉,開始標準量化的過程。因為所有人生產甘斯群用到不同用途,卻沒有衡量方式。

需要一湯匙還是兩湯匙的糖?
需要多少調味料?
這過程會很快,現在世界各地的法律結構與組織要了解我們的工作,科學上要把它標準化的工作也即將在迦納開始了。未來6到12個月內你會看到大規模的標準化動作。

過去幾個禮拜,我們跟10-15名科學家以及來自不同立法部門的人開會,取得一些共識。我們需要的是在座各位,對於怎樣衡量銅或怎麼確定是CO2有何方法的人來站出來。

正如我說的:『未來幾年會有很多人因為這項科技就業,超過人群所能想像的。』我們正面臨它,每天就在身邊,是無法拒於門外的科技可以抵抗或什麼的。

現在我們看到改變
讓我們來測量一下吧。
讓我們帶來一些全球適用的標準吧

未來幾週,全球的衛生機構將聚集在迦納。我們必須完成一些事,步調有點緩慢,全世界標準局的標準化正在召集科學家,

所以對我們身為一項新科技的人,我們現在需要新的測量方法與工具。

#等離子體標準量化可能是八次元的問題(八個變數)
一個三度空間,也許六度空間。我們曾在核子反應爐的做法是八度空間,我曾經是核子物理學家,設計核子反應爐曾,經是八度空間的思考方式。熱氣進來,壓力進來,其他場域的轉移進來,這些都是變數。

30年後的今天,因為等離子體的關係,我還是在面臨同樣的的情形。因為我了解怎麼完成。我們現在在亞利桑那的飛行測試,可以方向性地增加或降低場域的範圍。
我們怎麼測量?
怎麼擴展,一邊受壓,另一邊產生屏障?

 

Quantify and standardize the plasma technology
(first teaching talked about this topic)
Gans is the tool of filtering
Gans is the tool of universal mapping
⋯⋯
 
At this moment of time due to the way the technology is working and expanding that we have come with the Authorities to the point that we have to bring standards into the structure of the Plasma.
 
What this means is the scientists at Governmental level and at Institutional level have start understanding the process, comprehending the changes that this technology's bringing. They have started putting the materials and the conditions Into test and seeing the results, very rapidly.
 
Now, as usual, as is their job, they're asking, "What's next? " We have to develop a standard for this.
 
So, we are working now with Governmental Institutes And in a coming time, we we'll ask for a lot of help from you Knowledge Seekers who are expert in these In this kind of things, or you have seen a way of doing it in an easier way to collaborate with Keshe Foundation, Ghana.
 
And then it goes with a standardization of finding new systems, new ways, to measure what we have developed.
 
What this means is that
we have developed the GaNS,
we have developed nano-materials,
we have developed the interaction of Plasma, Liquid-Plasma, the water which has no traces of the GaNS in it. But carries all the propriety of the material which is used.
 
So, now we have come to redefine a lot of understanding about the technology. What we had to do, in the past few weeks, working with scientists at Governmental level to bring the situation under the understanding of the totality.
 
When we call a measurement, what it is. We had to explain a lot of things, in the new way which gradually will filter down, and people will understand. We call the GaNS production of the liquid-Plasma.
How do we create it?
What does it do?
How is it achieved?
 
For example, if you put ...cup of GaNS, and then put water on it, mix it with the water. We all have seen it. The water moves up and the GaNS settles. What does it do? How does this happen?
 
In fact, if you look at it it's a filtering system. We are used to the filtering by the water going in through the filter and come out, the other way, clean. But with the GaNS, because of its property, it's totally opposite. You can put a GaNS on the top and as the water goes through, it filters the water. So, the GaNS process for production of the liquid-Plasma We call it 'a filtering' now, because it's easier way for the water goes through.
 
This layer it's not solid, it's not like you put a chalk and Calcium, whatever, in the solid filters now. You get now, a mixture of the GaNS filter.
 
This has changed a lot of understanding for the scientists.
 
It's a filtering process. And, in that filtering process it goes through bacteria change as much as anything else, which could be in the water.
 
Now, we are learning more and more about this filtering and now, we can quantify it. We have to start quantifying it.
 
We have seen the American company who took the GaNS of Gold as a nano-structure in the presentation months ago. How they have mixed the solid GaNS of Gold in other sediments as a layer of filtering.
 
So, we created a new system, we have created a liquid filtering. Or in a state of 'non solid-state'.
 
This has giving us a new way, easier to be able to explain the process to the scientists. Now, this has pushed us to the next level.
 
What we saw in TEPCO, in situation with the testing and then implementation of it. This thing keeps in going, the more water we get from it, the lower it goes. So, we have done with TEPCO two years ago, to dry the GaNS. So, now we can use a dry GaNS as a filter. We can literally put it there as cement.
But now, we can measure it.
So many milligram of GaNS has such a strength, has such properties.
 
The other thing, now we are facing with the scientists is, for the first time we have to explain the strength of our GaNS in a totally different way than we are used to.
 
Very much what now we look is the expansion to the knowledge of the Space Technology.
 
In the present time we call it GPS positioning. But if you look at the aircraft industry, the air tunnels, they give you position. Altitude, the hight, in three dimension. Where we know exactly where the air craft, in what position on Earth, at what height.
This has become necessary to be adapted for the Plasma Technology.
But, if we look into understanding of this.
This allows us to map up the Universe.
To map up the strength in Galaxies.
To map up positions within the Solar System.
The way we say, "I'll meet you at" such a service station on the motorway from that city to that city, now we should be able to map up, position in the Solar system, that we can meet.
 
Considering that we understand the magnetic field gravitational field positioning. The motion of the fields, the motion of the Plasma of the Solar system and the rest of it.
 
This is where, now we've been asked to work within the Governmental structure, within the scientific organization, to bring a standard to bring understanding that we can quantify, How much GaNS do we need for such a job? Can we replace it with such a strength, from Copper instead of Zinc? That we get approximately the same. We are talking now to understand the level of the absorption.
How much of it gets absorbed, and what it does when it moves on?
What it changes to position of the strength after giving? It goes for example, from what our body does, it takes Cobalt, it gets other materials, it gets Cesium, it goes through the body, when it gives it's radiation and it becomes non-usable.
 
The body has made itself a measurement tool that the Radioactive material in the body of this element is not strong enough to be absorbed by the body or has any effect in it's operation. So, the body rejects it to go out, that there is a place for a new one. So, the knowledge we need to learn, is what our body does already. We have a point of reference.
 
How does body measure that Radioactive material in our limbs, in our'sub stations' of the brain, the glands, decide that it's not effective anymore, that it needs replacement? So, the body has built a measurement system for itself. We never knew this.
 
How we can develop technologies, that we see the effectiveness level of any material that gives us, and after as, is a radiating material and absorbing? After this level it cannot behave like, let's say Copper. So, automatically we have to find a way to replace it.
 
It's more or less what we call 'sale by date'. We call it sale or change by the strength. These are the new challenges, which now that we have come to legal registration of the different materials is baffling the scientists.
 
In a very short time we will call for World scientists to gather in Accra to start standardizing. Because, all of you are producing these GaNS'es for different applications but we have no measure.
Do you need one spoon of sugar, or two?
How much sweeter you want it?
The process is very rapid now that the legal frame and the organizations around the World are getting to understand with our work with the scientific standardizing organizations in Ghana has started.
 
We have had a meeting in past few weeks with number of scientists 10-15 and a group from different legislation part, that understanding is there, we have to do something with it, now. These are the realities we are facing now that we're becoming Nationally and Internationally organised to develop technologies.
 
As I've said, "In the coming years, there'll be more people employed because of this technology, than man could ever imagine." We are facing it, now it's a everyday situation for us that it's not the technology's rejected, "We have to resist it" or whatever.
 
Now it's become..."It's on the table, people are using it, we see the change. Let's measure it. Let's bring some sorts of standardization World wide."
 
In the coming weeks FDA World wide, will gather in Ghana. In something we have to do it, and it's getting slowly, slowly planned. Standardization by the standard boards around the World is organized, getting organized, they are calling people, scientists in,
 
So, the step for us now has become, as a new technology, we need new measurements, new tools.
 
A three dimensional, maybe a six dimension. The way we do in nuclear reactors we used to do, we work on eight dimensions. When I used to work as a nuclear physicist in design of the nuclear reactors. We used to work in eight dimensions sometimes. The heat comes into it, the pressure comes into it, the transfer of fields from the others comes into it, these are all variables.
 
Now, after 30 years on I'm facing with the same situation with the Plasma technology. Because I understand it, I can see how this can be done.
 
We got the situation now with the flight test, in Arizona. In Arizona, now they can increase and decrease directionally, the field span.
How do we measure it?
How do we expand it that one side takes pressure and the other sides create a shielding?
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