陈彦允 良陈美锦:最近2011年8月3日 英国的NIBIRU和ELENIN的资料 第一部分 （璇幻爵龙翻译完）

最近2011年8月3日 英国的NIBIRU和ELENIN的资料 第一部分 （翻译完）  

2011-08-08 16:24:14|  分类： 国外资料翻译 |字号 订阅

Foreword

 前言

You'll notice here that I hardly make mention of gravity, if at all. That's because in actuality

gravity doesn't really exist. What is known as gravity is actually magnetism, by which

heavenly bodies out in space attract and repel each other and establish complex magnetic

relationships. On Earth, much of the so-called gravity is simply atmospheric pressure that

gives weight to small (relative to the planet) objects and alongside its magnetic field keeps

them on its surface - much like underwater pressure in the ocean depth, which is the force of

the sheer weight of the sea exerted on deep underwater objects such as submarines,

atmospheric pressure is the weight of the volume of air above exerted on us here on the

surface of the planet. As for the atmosphere itself, it is 'weighed down' and kept in place by

the Earth's far more expansive and all-encompassing magnetosphere.

      在现实中很难注意到重力的存在。实际上重力是不存在的，重力就是磁场力量。空间中天体间相互吸引和排斥建立的复杂磁性联系。在地球上重力就是地球磁场吸引在地球表面比它小得多的对象。如大气，水覆盖在地球表面产生的压力。地球全方位的磁场吸引力让地球膨胀起来。

By the same token, there are no such things as 'gravity wells'. What are referred to as

gravity wells are simply the distortions of light and space around highly magnetic interstellar

objects. Magnetism is the strongest substance in the universe, able to bend both the

blackness of space (which is another universal substance, sometimes called ether or dark

matter) and the emission of light or radiation. Because light needs space to travel (similar to

how sound needs air to travel), when the light from background stars and galaxies reaches

the space around a powerful magnetic field it also gets bent and distorted, creating the so-

called 'gravitational lensing effect'.

     同样，重力场只是空间磁场的变化，能扭曲周围光和空间。磁场是宇宙中最强的能量，强大磁场周围的空间都能被扭曲个弯曲，这就是引力透镜效应。

This is also why the idea of 'black holes' is erroneous - there are no such things. Black holes

are simply black suns or stars because they don't emit light like light orbs such as our Sun. It

is because of their intense magnetism, which bends space and absorbs any light in their

vicinity, making them extremely difficult to see, that they appear to astronomers as virtually

black holes out in space.

      黑洞的想法是错误的，他们只是不发光的太阳和星体。但因为它们有强大的磁场，能弯曲和吸收附近包括光线的任何物质。使它不能看见。对天文学家来说就是空间中的黑洞。

Nibiru: I make use of the word 'Nibiru' in this analysis simply for convenience because it is

one of the most popular and therefore well-known names given to the object we're

investigating, and also so that I have a name to refer to the object in order to distinguish it

from other related objects, such as the Elenin object(s).

     Nibiru(尼比鲁）：我使用Nibiru(尼比鲁）这个词是因为它是大家都认可的名称。也让它和Elenin天体分别开来。

If you're not familiar with Nibiru, I recommend you run a Google search on the word and

other related terms (such as 'Planet X') and visit the various websites on the subject. Note of

caution: there's a lot of disinformation mingled with true information on this topic. Use your

own discernment and sense of truth to identify and separate what is true from what are lies.

         如果你不熟悉Nibiru(尼比鲁），可以谷歌搜索一下，它还有其它相关的术语（如X星），你可访问一些介绍的网站。要注意，有很多虚假信息在真实信息中。需要你自己来识别真假。

 Nasa and Leonid Elenin

美国国家航空航天局和Leonid Elenin

（Leonid Elenin  是俄罗斯天文学家。因为这颗Elenin彗星是由俄罗斯天文学家Elenin发现的。依国际惯例就命名为Elenin彗星。它的正式官方编号是C/2010 X1 。彗星其实并不少见。每年都会发现很多。只是由于这颗的轨道与地球轨道相交。而且在2011年9月距离地球最近时仅有40万千米。这个距离在天文学上绝对是近在咫尺了。而且由于彗星质量很小。极易被太阳及大行星摄动而变轨。所以到时候难保一定不会撞上地球（尽管可能性极小）。因此引起了大家重视。）

Nasa

 美国国家航空航天局

Nasa shut down Iras, the infrared telescope that originally detected Nibiru in 1983, but left it

to continue orbiting Earth

Nasa shuts down Wise, a better infrared telescope than Iras, on 17 February 2011

Nasa shuts down its Buzz Room on 30 March 2011 after Elenin's perigee was revised to

0.0004 AU in the forum

Nasa issued on 11 June 2011 an emergency preparedness warning to its staff and their

family members

Nasa's emergency preparedness webpage displays a photo of Nibiru

Nasa shuts down its 30-year space shuttle program 21 July 2011 with Atlantis' landing

marking the end of the final mission

Nasa will turn Stereo B satellite on 1 August 2011 to observe approaching comet Elenin

         美国国家航空航天局关闭了红外天文卫星，这个卫星在1983年最早发现了Nibiru(尼比鲁），这个卫星还在继续在绕地球轨道运行时就关闭了。在2011年2月17日，有了一个更好的红外卫星。
   美国国家航空航天局在2011年3月30日关闭了它的频率室。Elenin彗星的近地点被修改为0.0004AU（6万公里）后，美国国家航空航天局在2011年6月11日对员工和家属发表了预警。
   美国国家航空航天局应急页面显示了一张Nibiru(尼比鲁）的照片。美国国家航空航天局在2011年7月21日，亚特兰蒂斯最后一次任务后，停止了30年的太空船计划。美国国家航空航天局在2011年8月1日打开立体卫星B去观察Elenin彗星的接近。

Leonid Elenin  俄罗斯天文学家名

Leonid's website, Spaceobs.org, displays a logo depicting Elenin (right in image) and,

following behind the comet on its tail or path, the object Nibiru (left)

       俄罗斯天文学家Leonid Elenin 的空间，显示了右面图是Elenin彗星，在它的尾巴后面，左面就是Nibiru(尼比鲁）。

   Summary

   摘要

Name: Nibiru (including Planet X, Wormwood, Hercolubus, Nemesis, Tyche and Marduk

makes seven of the best known names; and descriptive names Great Red Dragon, Black

Sun, Destroyer, Doomshape, Dark Star, Dark Companion, Dark Twin)

名称：Nibiru（苏美而文明中叫尼比鲁）（包括名有：Planet X（美国国家航空航天局命名的 X星）, Wormwood(圣经中名苦艾草）, Hercolubus（南美洲和中美洲的名，玛雅文明中，气状红色星）, Nemesis（希腊名，复仇女神）, Tyche(现代科学中叫堤喀星） and Marduk （古巴比伦的太阳神叫马杜克），这7个最常见，被描述为Great Red Dragon（大红龙），Black Sun（黑太阳），Destroyer(破坏神），Doomshape(毁灭者)，Dark Star（暗星）Dark  Companion （太阳的黑暗伴星）和 Dark Twin（双生黑暗星），其实在本文名字外还有很多其它不出名的名字：孛星 ，牛头星，胡子星，彗星，太阳神的座驾，空中怪物等

Diameter: 179,028 to 183,191 kilometres

 直径：179028到183191公里

Mass: 3.34 (3 to 4) MJ  (Jupiter masses) or 0.00319 Solar masses or 6.341324 x 1027  kg or approximately 6 thousand trillion trillion kilograms

 质量：3.34倍（3到4间）木星重量  或者  0.00319个太阳重量 或者  6 万亿亿公斤（6.341324的10的27次方）

                       3                         3                                    3

Density: 1.965 g/cm      (solid) or 2.112 g/cm , with a maximum of 5.242 g/cm           if it is composed purely of iron oxide. Mean density: 3.1 g/cm3

 密度：1.965克每平方厘米到2.112克每平方厘米（固体），最大值是5，242克每平方厘米  由纯的铁氧化物存在，平均密度3.1克每平方厘米

Composition: possibly cesium, sulphur, bromine, carbon, iron, diamond, graphite, oxygen, ozone, iron oxide, sulphur dioxide and carbon dioxide

 组成： 可能铯、 硫磺、 溴、 碳、 铁、 金刚石、 石墨、 氧，臭氧、 氧化铁、 二氧化硫和二氧化碳

Object type: unknown (due to its unique characteristics and behaviour). Comparable known

对象类型：未知，因为其独特的特征和行为方式，无法和现在已知的物体对比

objects: hot Jupiters, brown dwarves and red dwarves

物体：热的木星样子，褐矮星，红矮星 

Orbiting bodies: seven planets or moons, innumerable asteroids, meteoroids and comets

 轨道上卫星：7个卫星，无数小天体，流星和彗星

Forward speed: 25,890 mph or 11.57km/s at Jupiter orbit and 18,124 mph or 8.10km/s at Saturn orbit

 轨道速度：在木星轨道附近时25890 英里/小时  或这 11.57 公里每秒 ，在土星轨道附近时18124 英里/小时或 8.10 公里每秒

Rotation: clockwise

 轨道方向：顺时针

Rotational speed: 36,030 mph

 自转转速： 36,030 英里/小时

Outer magnetic field: 2,442,371,253 km or 16.326 AU in diameter; and 7,672,935,586 km in circumference

 星体外磁场：2442371253 公里 或者 16.326 AU 磁场直径 ，周长7672935586 公里

Inner magnetic field: 27,452,490 km or 0.184 AU in diameter; and 86,244,541 km in circumference

 星体内磁场： 27452490 公里或 0.184 AU 磁场直径 ，周长86244541 公里 （在近地点，地球将受星体内磁场影响）

Core magnetic field: 9,799,461 km or 0.066 AU in diameter; and 30,785,915 km in circumference

 星体核心磁场： 9799461 公里或 0.066  AU 磁场直径 ，周长30,785,915 公里

Detectable magnetic strength: 208.15G or 20,815 uT

 磁场强度: 208.15 G 或 20,815 uT

Orbit: eccentric, long period

 轨道:椭圆偏心，长周期

Trajectory: hyperbolic 

轨迹：双曲线

Inclination: 0.00?

 倾角：0.00度(数据不知）

Perihelion: 0.482 AU

 近日点：0.482AU （7千多万公里）

Perigee: 0.232 AU

近地点：0.232AU   (3千5百万公里左右，将把地球吸引到2千多万公里处）

Nibiru's outer magnetic field span: in Google Sky drawing a diagonal line/ruler from

Elenin's position on 28 May 2011 to Regulus measures 21,740 arcseconds; since 1

arcsecond = 30,856,780,000,000 km, then 21,740 x 30,856,780,000,000 =

670,826,397,200,000,000 km; and since 10 tr km = 1 light year, then

670,826,397,200,000,000 / 10,000,000,000,000 = 67,082.63972 light years or

416,832,000,000,000,000 miles.

      Nibiru（尼比鲁）外磁场覆盖范围：谷歌星空的可见2011年5月28日的Elenin彗星的位置（坐标见图中下部），到狮子座21740 个弧度秒。每个弧度秒等于30856780000000 公里，21740 个弧度秒等于670826397200000000 公里，10个等于1光年，1740 个弧度秒等于67082.63972 光年 或者 416832000000000000 英里。（图中方框内是Nibiru（尼比鲁）在2007年的位置）

At the time, 28 May 2011, Elenin's distance to Earth was 1.836 AU or 274,661,928 km (i.e.

1.836 x 149,598,000 km (1 AU or Earth-Sun distance) or 92,955,888 miles. Therefore

670,826,397,200,000,000 / 274661928 = 2,442,371,253 km or 1,517,619,137 miles or

16.326 AU or 0.000244 light years. Therefore Nibiru's entire magnetic field spans a

diameter of 2,442,371,253 km or 16.326 AU, which is almost as far as the New Horizon

probe is from the Sun. Therefore the radius of the magnetic field is 16.326 / 2 = 8.163 AU or

1,221,185,627 km, which is close to the distance between the Sun and Saturn (9-10 AU).

       2011年5月28日 Elenin 彗星离地球1.836个AU   或者  274661928 公里  或者   92955888 英里。因此 Nibiru（尼比鲁）整个磁场跨度直径为2442371253 公里或 16.326 AU ，磁场半径8.163 AU 或者 1221185627 公里，在太阳到土星距离（9到10 AU间）

In Google Sky drawing a diagonal line/ruler across the purple fringes (the edges of the outer

magnetic cloud) of the massive object (viewable only in infrared using the Iras telescope,

and invisible otherwise) located at 09 47 59 +13 16 50 measures 21,740 arcseconds,

precisely the same as our 28 May 2011 Elenin to Regulus measurement above!

Nibiru's inner magnetic span: this has two components, the black shell and the blue-green

core. Drawing a line across the black shell measures 1,961 or approximately 2,000

arcseconds; 1961 x 30,856,780,000,000 = 60,510,145,580,000,000 km. On 16 June 2007,

the object's distance to Earth was 14.734 AU or 2,204,176,932 km. Therefore the diameter

of the black shell is 60,510,145,580,000,000 / 2,204,176,932 = 27,452,490 km or 0.184 AU.

And the radius is: 0.184 / 2 = 0.092 AU or 13,726,245 km.

    见谷歌天空中的斜紫色条纹，坐标见图下，时间是2011年5月28日测量的。Nibiru（尼比鲁）的磁场有两个部分组成，外黑圈和内蓝绿核心圈。在2007年6月16日距离14.734 AU 或者 60510145580000000 公里。  黑壳直径27452490 公里或 0.184 AU , 半径 13726245 公里 或者 0.092 AU

Important: Divide the outer magnetic span in arcseconds by the inner magnetic diameter

also in arcseconds: 21,740 / 1,961 = 11. Therefore from Earth's perspective Nibiru's

outer magnetic field is wider than its inner magnetic shell by a ratio of 11:1 as viewed

in mid 2007. That means in order for the inner magnetic shell to appear as wide as its outer

counterpart, Nibiru would have to move 11 times closer to the Earth by mid 2011 than it was

in mid 2007. We shall use the distance of Elenin as a reference for this calculation as it

maintains a relatively constant distance from Nibiru (about 8 AU) throughout the period of 28

May 2007 to 28 May 2011 (because Earth was in the exact same position on both dates four

years apart - and also because it both simplifies and increases the accuracy of our

calculations). On 28 May 2007 Elenin was 14.555 AU away from Earth and on 28 May 2011

it was 1.836 AU. However, remember that Elenin's trajectory is not a straight line as it is

being pulled by the Sun towards the inner solar system. If it had kept moving in a straight

line from its trajectory on 28 May 2007, it would have kept on a course that would have it

skimming past the Sun right on the rim of Mars' orbit at a point that is about 0.5 AU from

Earth's orbit. So we could say it has been deviated by the Sun's pull from a straight trajectory

pass the inner solar system and instead into it. Therefore we have to subtract 0.5 from

Elenin's 1.836 AU distance to Earth on 28 May 2011: 1.836 - 0.5 = 1.336. We can now

calculate 14.555 / 1.336 = 10.89, which is approximately 11. Therefore Nibiru was indeed

10.89 (or about 11) times closer to the Earth on 28 May 2011 than it was exactly four

years earlier on 28 May 2007.

 重要的是：在2007年中从地球角度看Nibiru（尼比鲁）内外磁场比是1：11 ，也就是内磁场可以扩展的更宽。在2011年磁场宽度会比2007年看见的更宽。我们用Elenin彗星的距离做为参考计算，在2007年5月28日到2011年它和Nibiru（尼比鲁）维持8 AU距离。2007年5月28日 Elenin彗星离地球14.555 AU 在2011年5月28日会是1.836 AU 。请记住Elenin彗星轨道向近日点靠近时不是直线，会在太阳右面通过，从地球轨道到火星轨道0.5 AU处。因为不是直线，需要减去0.5 AU 。 Elenin彗星在2011年5月28日离地球1.336 AU 。因此Nibiru（尼比鲁）在2011年5月28日比2007年5月28日移动了10.89 AU

This is why on 28 May 2011 the inner black magnetic shell appeared to have a diameter of

21,740 arcseconds (as measured from Elenin at the 8 o'clock position and Regulus at the 2

o'clock position), which is 10.89 times its original apparent width of about 2,000 arcseconds

in the 2007 Google sky infrared image. Indeed, 2000 x 10.89 = 21,780 arcsecs. This means

it was the black magnetic shell (NOT the outer magnetic field) that was distorting the

light from Regulus as seen by Dr Byron Glen (Cru4t) on the consecutive nights of 28, 29

and 30 May 2011 in Missouri, USA. Listen to this audio clip of his testimony of what he saw

on those three nights. The inner black shell on 28 May 2011 appeared to have the same

span (21,740 arcseconds) as the outer field on 28 May 2007 because it had moved closer to

the Earth by about 11 times in four years. Listen to this interview with a guy who has seen

this object via Nasa's Hubble telescope. His description of the object and its magnetic field

perfectly matches both the thing glimpsed by Dr Glen and the object we're analysing here.

The outer magnetic field has also 'expanded' since 2007 as it has also moved 11 times

closer in that same period.

     美国密苏里州拜伦格伦博士，在2011年5月28，29，30连续几天晚上，用美国宇航局哈勃望远镜观察，黑圈有可能是扭曲的光线不是外磁场。在2007年以来四年外黑圈扩大了11倍。

Drawing a line across the blue-green core measures 700 arcseconds; 700 x

30,856,780,000,000 = 21599746000000000 km / 2,204,176,932 = 9,799,461 km or 0.066

AU; 27452490 / 9799461 = 2.8. Therefore the inner black shell is 2.8 times wider than the

blue-green core. The radius of the blue-green core is: 0.066 / 2 = 0.033 AU.

Nibiru's outer magnetic circumference: to calculate the circumference we will use this

formula C = π x d, where C is circumference, π = 3.141592, d = diameter. Therefore C = π x

2,442,371,253 = 7672935586. Therefore, Nibiru's outer magnetic field has a

circumference of 7,672,935,586 km.

Nibiru's inner magnetic circumference: C = π x 27,452,490 = 86,244,541 km.

Nibiru's core magnetic circumference: C = π x 9,799,461 = 30,785,915 km.

      画一条斜跨蓝绿核心的线  700 弧度秒 9,799,461 公里或 0.066 AU 半径是 0.033 AU

Nibiru（尼比鲁）内部磁场周长：86,244,541 公里

Nibiru（尼比鲁）核心磁场周长：30,785,915 公里

We see that Nibiru's black magnetic shell represents a protective region with such dense

magnetism that it permits no light, visible or invisible, to pass through it, except for the

intense radiation from the core. The core, at the centre of which resides Nibiru itself, appears

to be a self-contained area that, relative to the absolute coldness of the shell, must be very

hot or radioactive (meaning high luminous or light activity). Indeed, it is so radioactive that it

is emitting very powerful radiation beams or gamma ray bursts from both poles, which are

acting as relief valves to eject any excess radiation being generated within the core.

Typically, only some of the universe's most powerful entities or events detected by modern

science, such as supernovas, neutron stars, pulsars, quasars, black stars (so-called 'black

holes') and even entire galaxies, are known to emit gamma ray bursts. Nibiru's GRBs are still

minuscule in comparison with those of these humongous stellar objects, but the fact that it

emits them at all is extraordinary!

    我们看见的黑色外层是不让光通过的磁场保护区，只有核心的强磁场辐射才能穿过。Nibiru（尼比鲁）核心是个独立的区域，相对于寒冷的太空，它有一定的热辐射性。有强大的辐射源造成的伽马射线爆发。通常只有宇宙中一些强大的星体才有伽马射线爆发，如超新星，中子星，类星体，黑洞，星系。Nibiru（尼比鲁）的伽马射线爆发相对来说要微弱得多。

That the certainly warm space within the core may or may not harbour habitable planets or

moons is beyond the scope of this analysis to tell (compare with the red dwarf Gliese's

planetary system). Only by sending a probe, provided one can be made that could possibly

survive the immense energies and coldness of the black shell, into the core can this be

ascertained. Then again such an attempt has probably already been made, with deep space

probe Pioneer 10, but which failed miserably and was completely lost en route to its mission.

We'll look further into the mystery of the Pioneer mission later in this investigation.

    这个有温度的核心是否适合人类生存，超出此文分析，需要和红矮星做比较。可以通过发射一个探测器去探测分析。这个已可能试过了，深空探测先锋10号在途中失踪，我们会进一步调查先锋10号失踪之谜。

 Warning from Saturn

As for the outer magnetic field, it is now close enough for the left edge of it (from Earth's

POV) to completely overtake Saturn. It reached the planet on about 1 December 2010,

causing super-massive storms to rage across its atmosphere and forcing the solar

system's second largest planet to tilt away from normal by almost 90?!

来自土星的警告

    Nibiru（尼比鲁）的外磁场越过土星后到地球就有足够近的距离。在2010年10月1日将到达地球磁场，导致超大面积磁暴影响地球大气层。这个太阳系中第二大天体会让地球几乎倾斜90度。（如下图）