Top 10 Reasons Why the World Won't End in 2012

종말론에 대해서..접근해 보죠..

2012년 지구 종말론은 지구 종말을 예견한 모든 예언이 한 시간을 향해가고 있다는 사실을 전하면서 지구종말론과 함께 정체가 밝혀지지 않았지만 3600년 주기로 공전하는 행성 ‘니비루‘(일명 행성 X)가 긴 타원형 그리며 지구로 다가와 2012년에 치명적인 해를 끼칠 것이라고 한다..

2012년은 고대 마야의 달력에서 나왔으며 마야력은 기원전 3114년 8월 시작해 기원후 2012년 12월21일에 끝난다고 되어 있어 지구 종말을 암시있고.고대 마야제국의 6개 태양 전설에 따르면 마야인은 4번째 태양이 없어지자 멸망했고, 지구는 6번째 태양이 사라지는 날 종말을 본다고 한다..이에 마야력 종말론자들은 노스트라다무스의 예언을 재해석 하는 등 다양한 방면의 분석을 시도해 1999년이 아니라 2012년이 종말의 해라고 주장하고 있다..

파푸아 뉴기니의 후리족 전설에도 2012년을 다루고 있으며, ‘주역’에도 이날이 지구 종말의 날로 기록돼 있다는 이야기도 떠도는 등 역사적인 근거가 뒷받침되어 있다는 주장이다.

과학 종말론자들의 주장은 태양계의 감춰진 행성X(행성 엑스)가 2012년 지구와 충돌할 거라는 ‘천문학적’ 예측과 함께 미국 항공우주국(NASA)이 2012년 초강력 태양폭풍이 발생한다고 했다는 주장도 있다..

또 오스트레일리아의 한 과학자가 인도네시아 수마트라의 토바호에 있는 지구 최대 화산이 2012년 폭발할 가능성이 크다고 분석했다는 슈퍼화산설도 있다..

멸망 근거로 환경오염을 주장하고 있는 이들은 9.11테러를 예측하기도 했던 미래 예측 시스템 ‘웹봇’ 역시 2012년 지구 온난화로 지구가 멸망한다고 내다봤다는 주장도 있다..

요새 종말론이 기승이네요. 개인적으로 종말이 와서는 안된다고 생각합니다만
지구종말론과 대지진

아래 수열을 한번 보시죠

5-1-2  (쓰촨성 대지진날짜입니다.)

1-1-2  (아이티 지진날짜)

2-2-7  (칠레 지진)

 

벌써 눈치챈사람은 아시겠지만

가로로 읽어도 512-112-227

세로로 읽어도 512-112-227

놀랍지 않나요?

 

자그럼 마야인의 종말 예언일인 마지막 달력일자는 2012년 12월 21일이라고 하는데요

위 숫자를 다 조합해보시면 아시겠지만 어떻게 조합해도 이 숫자가 떨어집니다.

5 다음부터 읽어서 "ㄹ"자 순서로 읽어보세요

12.21 이 두번 정확하게 나옵니다.

그럼 앞에 5와 7은? 

네. 합해서 12 라는 숫자이고 회귀원칙으로 뒤집으면 21 즉 12.21이네요.

 

뭔가 감이오지 않나요?

지구종말론과 대지진

다음은.Why the World Won't End in 2012 흠....우박떨어지면 끝장인데...켁..

10. Changes in the Sun's magnetic field will lead to powerful flares.

So what else is new under the sun? The sun goes though a well-documented 11-year sunspot cycle that is driven by its magnetic field entangling, reforming and flipping polarity. Yes, the peak of the next cycle is in 2012 (or 2013), and some predictions suggest it might be 30 to 50 percent stronger than the last peak.

But experts say it will certainly not be the biggest peak ever recorded.

The bottom line is that no dragon's breath of flame will stretch across 100 million miles of space and blowtorch Earth. The largest solar flare recorded to date, on Nov. 4, 2003, spewed several billions of tons of plasma in Earth's direction. The flare's X-ray radiation that impacted our protective atmosphere had the equivalent radiation of 5,000 suns.

We're still here.

9. The Earth's magnetic field will reverse.

Don't hold you breath. The last field reversal happened nearly 800,000 years ago. Fred Flintstone and our other ancestor cavemen survived. Geological evidence shows that the field has reversed its orientation tens of thousands of times over Earth history. Yet there is no definitive evidence that a magnetic field reversal has ever caused any mass extinction due to increased cosmic ray influx.

8. The Earth's rotation axis will tip.

This isn't nearly as easy as tipping cows. Unlike Mars, which does go though wide excursions in it axial tilt, Earth's tilt is kept steady by the gravitational influence of the moon. An object the size of Mars would have to hit Earth to transfer enough momentum to knock us out of kilter. But Mars-sized protoplanets were kicked into interstellar space over 4 billion years ago. The solar system doesn't make "planets-gone-wild" anymore.

7. A grand alignment of Jupiter and Saturn will gravitationally perturb Earth.

For the past several decades there have been doomsday claims that the combined gravity from grand planetary alignments will cause geologic and meteorological upheavals on Earth.

None are scheduled for 2012.

In 1962 an extremely rare grand conjunction of the classical naked-eye planets drove astrologers crazy. The conjunction happened on Feb. 4-5 and was accompanied by a solar eclipse! The most infamous grand conjunction was in 1982 and popularized in a book called "The Jupiter Effect," which predicted earthquakes and massive tides. Life went on as usual both years. The moon has a vastly greater gravitational influence on Earth than Jupiter. It's called location, location, location! At a whopping distance of 400 million miles from Earth, Jupiter's tug is pretty wimpy.

6. The Sun will align with the galactic equator on the winter solstice.

So what? These are simply coordinates in the sky. It has no physical reality any more than the intersection of Broadway and 7th Avenue at Times Square influences the geology of Manhattan Island. This is greatly confused with the fact that the sun's position actually oscillates up and down as it orbits the galaxy, like a horse on a carousel.

We pass through the galactic plane every 35 to 40 million years. It's possible that an increased number of comets might be hurled towards the Earth because of gravitational interaction with the densest parts of our galaxy during this passage. But we are talking about the consequences spanning many thousands of years, not crashing down on our heads in any one specific year.

5. The black hole in the galactic center will affect us.

The Milky Way's black hole has no influence on the galactic disk. The black hole is three million solar masses. The Milky Way is several trillion solar masses when we add the tug of dark matter. Any gravitational influence of the black hole over the galaxy would be like the tail wagging the dog. The Milky Way's collision with the Andromeda galaxy will dump gas into the black hole and it will blaze as a quasar. But that's several billion years away.

4. An asteroid will smash into Earth.

A threatening near-Earth asteroid that's gotten the most press is the 900-foot wide Apophis. But its chances of collision have been downgraded to 1 in 250,000 at its next close approach in 2029. In theory, an uncharted asteroid or comet could come out of the blue tomorrow. But if we don't know about it today, the Mayans certainly didn't know about it 1,200 years ago. Earth-killer impacts are tens of millions of years apart. So there's no reason to be a doomsday clock-watcher.

3. The rogue planet Nibiru will swing by Earth.

There isn't such a planet any more than the planet Naboo from the Star Wars trilogy is real. Purported Internet pictures of the interloper are photographic lens flares or hoaxes. Don't believe every dot you see photographed in the sky.

2. Supernovae or hypernovae will irradiate Earth.

There are no stars that are so close to Earth that radiation from their supernova demise would seriously affect us. The nearest candidate, the red giant Betelgeuse, is predicted to explode in the next 1,000 years. The monster star Eta Carinae is also on a short fuse. Neither doomed star has a spin axis precisely aimed at Earth, so we don't have to worry about being fried by a narrow beam of gamma rays ejected from the core's implosion. In fact the kinds of stars that shoot out these Death Star beams are uncommon in the Milky Way. Earth has a one percent chance of getting zapped over 10 billion years. Scratch gamma ray bursts off of your homeowner's insurance policy.

1. A cloud of negative energy engulfs the solar system.

Wow! A dark cloud with a bad attitude! This sound suspiciously like a Star Trek episode. Dark energy is all around us already, but it is not packaged into clouds. The same goes for dark matter.