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Columbia downed by Megalightning  メガライトニングでコロンビアが撃墜される by Wal Thornhill

Columbia downed by Megalightning 

by Wal Thornhill | February 8, 2005 11:00 am

The second anniversary of the Columbia disaster passed almost unnoticed on February 1. 
コロンビア号災害から 2 周年は、2 月 1 日にほとんど注目されることなく過ぎました。

Recent news reports said that the astronauts assigned to the first space shuttle mission since then were confident the mistakes and technical problems that led to that accident were in the past.

Disturbingly, the astronauts’ confidence in the revamped Shuttle is misplaced. 

〈Shuttle engineers caught the blame for a scientific failure. NASA scientists seem unwilling to admit they do NOT understand the cause of lightning and so were unfit to judge whether Columbia was struck a fatal blow by a super-bolt of lightning from space, now referred to as MEGALIGHTNING. 〉
シャトル技術者は科学的失敗の責任を追及された。  NASAの科学者たちは、雷の原因を理解していないことを認めたくないようで、現在メガライトニングと呼ばれる宇宙からの超巨大な稲妻によってコロンビア号が致命的な打撃を受けたかどうかを判断する資格がなかった。  〉

Instead they have managed to convince themselves and the public that Columbia was mechanically damaged on takeoff. 

By doing so they risk the lives of astronauts in future. It is a high price to pay.
そうすることで、彼らは将来の宇宙飛行士の命を危険にさらします。 高い代償を払うことになります。


A week after Columbia’s demise I wrote the news article Columbia: Questions of Some Gravity[1]. 
コロンビアの終焉から 1 週間後、私は「コロンビア: 重力の疑問」というニュース記事を書きました[1]。

I stand by the conclusion I reached in that article. 

Columbia was mortally damaged during re-entry by a bolt of megalightning. 

I have now seen the image[2] [link updated 2012] referred to in the San Francisco Chronicle.* 
私は今、サンフランシスコ・クロニクルで言及されている画像[2] [リンク更新 2012] を見ました。*

A characteristic corkscrew trail of lightning appears at very high altitude “out of a clear blue sky.” 

It is seen to brighten as it joins the ionized reentry trail of Columbia. 

Experts who checked the San Francisco photo concluded the time-lapse image of lightning was caused by a camera wobble! 

But there is no sign of wobble in the Columbia trail or in other similar photographs taken on the same camera at the time. 

I estimate the elevation above the northern horizon to have been a little less than 40 degrees.
北の地平線からの標高は 40 度弱だったと推定されます。

The possibility of destruction by megalightning became front page news in the San Francisco Chronicle. 

The camera and the photographic evidence was examined by NASA
カメラと証拠写真NASA によって検査されました。

Professor Umran Inan of Stanford University said: 

“our conclusion was that there was no evidence for any electrical activity at the altitudes that the shuttle went through …there was a camera shot. It turned out to most likely be an artefact of the particular camera.”

NASA’s probe into the shuttle lightning strike was never made public. 

Unfortunately it is an area where there is considerable ignorance, which would be embarrassing to expose to the media spotlight. 

Walt Lyons, a meteorologist with FMA Research of Colorado, in 1996 reported to NASA on the dangers of sprites. 
コロラド州 FMA リサーチの気象学者ウォルト・ライオンズは、1996 年にスプライトの危険性について NASA に報告しました。

He concluded that their vast size spread out their energy, making them unlikely killers
 – but cautioned not enough was known to be certain they were harmless.
– しかし、それらが無害であることを確信するには十分に知られていないと警告しました。

America’s expert in the detection of distant atom bomb tests, Dr Alfred Beddard confirmed an unusual earthquake-like sound using his infra-sonic array, which was listening when the Columbia went down. 

The sound came from the area of its re-entry path.


The photographic evidence presented to experts was dismissed primarily because there were no thunderstorms in the area and scientists DO NOT BELIEVE that lightning can occur in a clear blue sky or at that altitude. 

The irony is that Israeli astronaut Ilan Ramon, who had been tasked with studying the strange transient luminous events above thunderstorms, found an unprecedented red flash in the ionosphere 1000 kilometers from the nearest lightning. 

Yoav Yair of the Open University of Israel and his colleagues reported it several months later.

Meteorologists have a major problem. 

They acknowledge that the Earth’s atmosphere acts like a leaky, self-repairing capacitor (condensor). 
彼らは、地球の大気が、漏電する自己修復キャパシタ(=コンデンサー) のように機能することを認識しています。

However, they assume that this spherical capacitor is charged from within by thunderstorm activity because they have been told that the Earth is an uncharged body flying through an uncharged solar wind. 

But it has never been shown precisely how the thunderstorm charging process works. 

And it cannot explain the recent discoveries of strange discharge phenomena above thunderstorms[3], stretching up into space.

The ELECTRIC UNIVERSE® model argues that the solar system is not electrically “dead.” 
エレクトリック・ユニバース® モデルは、太陽系は電気的に「死んだ」わけではないと主張します。

The Sun, like all stars, is a focus for a galactic discharge. 

Earth is a charged body that continually transfers charge from space to maintain equilibrium with the solar electrical environment. 

Thunderstorms are generated by a breakdown of the insulating layer of atmosphere between the Earth’s surface and the ionosphere. 

Leakage currents CAUSE the vertical winds in a thunderstorm and the charge build-up in the cloud. 

Occasionally, a bolt of megalightning streaks from the top of a large storm instead of its base. 

This 10-kilometres-high short-circuit throws the switch for a further powerful discharge to the ionosphere. 
この高さ 10 キロメートルの短絡は、電離層へのさらなる強力な放電のスイッチを入れます。

The result is a towering diffuse discharge at very high altitudes
 – a “red sprite” or “blue jet.”
– 「レッドスプライト」または「ブルージェット」です。


Walt Lyons was not justified in dismissing the danger of sprites simply because they appear diffuse. 

The electromagnetic “pinch” effect will ensure that the energy of that sprite will be focussed onto any large electrical conductor that blunders into its domain
 – as we see in the time-lapse photograph. 
– タイムラプス写真でわかるように。

The brightening of Columbia’s trail where the lightning joined it is due to the sudden release of energy in the more dense plasma of that trail. 

It is that kind of energy that was released over a few square centimetres of Columbia’s wing. 

Temperatures of tens of thousands of degrees would have resulted. 

The Shuttle’s tiles are designed to withstand 2900C.
シャトルのタイルは 2900℃ に耐えられるように設計されています。


 [5]This piece of the leading edge of Columbia's wing shows features that look like spark erosion.

In a sense, we are lucky to have water clouds on Earth because they act as a conduit through the lower atmosphere for the leakage current from space. 

They spread the lightning discharge activity in both time and space. 

That is why lightning activity is sometimes linked in separate storms covering a large area. 

We have many low-energy bolts of lightning and very few powerful strikes. 

Venus has no water clouds and the charge builds up to a much higher level than on Earth before being released straight from the ionosphere to ground as “super-bolts.” 

When discovered by the Galileo spacecraft as it swung by Venus on its way to Jupiter, the super-bolts surprised researchers. 

They were few in number and their power was very similar. 

That is expected from this model. 

But it highlights the problem that Venus has no equivalent to our thunderclouds. 

So, based on the earthly model of lightning generation, its lightning is an enigma.

It has been discovered that meteors can trigger sprites. 

Meteors leave an electrically conducting trail, like a lightning rod, from the ionosphere into the lower atmosphere. 

A spacecraft re-entering the atmosphere creates a similar ionized trail.

Megalightning is six times more powerful than passenger planes are designed to withstand.
メガライトニングは、旅客機が耐えられるように設計されているよりも 6 倍強力です。

Prof. Edgar Bering, a physicist at the University of Houston in Texas, heads a team from NASA’s National Scientific Balloon Facility to study sprites by flying a high-altitude balloon above major thunderstorms. 
テキサス州ヒューストン大学の物理学者であるエドガー・ベーリング教授は、NASA 国立科学気球施設のチームを率い、激しい雷雨嵐の上空で高高度気球を飛行させてスプライトを研究しています。

Bering’s balloon flights suggest that the currents responsible for sprites may carry far more oomph than anyone had suspected. 

Previous estimates suggested that the sprite-inducing current carries about 3000 amperes. 
以前の推定では、スプライトを誘導する電流が約 3000 アンペア流れることが示唆されていました。

Bering’s data, on the other hand, puts the figure nearer 12,000 amperes. 
一方、ベーリングのデータでは、この数字は 12,000 アンペアに近いとされています。

This is not surprising if sprites provide most of the power that drives the storm. 

Whether this huge current could pose any direct physical danger to anyone is unknown. 

Airliners don’t fly in the mesosphere, but sprites can reach down into the cloud tops. 

〈And it is certainly possible that sprites could affect spacecraft, 〉 Bering suggests. 

Sprites are the prime suspect in the unexplained downing of a high-altitude balloon a few years ago.

Furthermore, Bering found that:

“The charge that produces sprites is not below in the cloud, it’s in the mesosphere itself? 
〈None of the existing models will survive when people finally pay attention to what our data actually says.” 〉
〈私たちのデータが実際に何を語っているかに人々が最終的に注目するようになったとき、既存のモデルはどれも生き残れません。」  〉
[Emphasis added.]

But the charge in the mesosphere has to come from somewhere. 

It comes from space via the ionosphere above.

On 29 January 2002, I wrote:
2002 年 1 月 29 日に、私は次のように書きました:

The Earth is enveloped in a cosmic discharge, focussed on the Sun. 

So it is no surprise in an ELECTRIC UNIVERSE® to have lightning from space follow the ionized trail of Columbia. 
したがって、エレクトリック・ユニバース® では、宇宙からの稲妻がコロンビアのイオン化した軌跡をたどるのは驚くべきことではありません。

The dense plasma trail left by the shuttle is an ideal “lightning rod” of vast dimensions that could easily give rise to the reported corkscrewing rope of purple light blazing down from above. 

The sudden brightening of the streak shows that power was being concentrated into a destructive arc near the shuttle.

It seems that conditions in the ionosphere led to a powerful lightning discharge to Columbia
 – a rare “bolt from the blue” – 
which may have damaged a critical component or surface of the space shuttle. 

The lightning would be practically silent in the thin atmosphere and it would burn like a plasma torch. 

And insulating material, like the shuttle tiles or their adhesive, may shatter or explode when struck by lightning.

The metallic surfaces of aircraft hit by lightning may show a little damage but it does not impair their airworthiness. 

Columbia, struck by a super-bolt while travelling at 12,000 mph, was terribly vulnerable. 

NASA might be advised to send a tiled wing panel for testing to a lightning research facility.
NASA は、テスト用のタイル張りの翼パネルを雷研究施設に送るようアドバイスされるかもしれません。

I doubt that such testing ever happened. 

NASA’s perception of reality is governed by ideology and politics, not science. 
Heaven help the astronauts.
NASA の現実認識は科学ではなく、イデオロギーと政治によって支配されています。 

Wal Thornhill

* Copies of the Megalightning video may be obtained from:
David Monaghan Productions
390A Hackney Road
London E2 7AP
1.    Columbia: Questions of Some Gravity: http://www.holoscience.com/news.php?article=r4k29syp
2.    image: http://www.columbiadisaster.info/index.html#that_photo
3.    strange discharge phenomena above thunderstorms: http://www.holoscience.com/news/balloon.html
4.    [Image]: /wp/wp-content/uploads/2005/02/Sprites.jpg
5.    [Image]: /wp/wp-content/uploads/2005/02/Columbia_debris.jpg
Source URL: https://www.holoscience.com/wp/columbia-downed-by-megalightning/
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