Конец материального мира

Какова будет жизнь? Увы, объяснит невозможно, ибо разум и ум человека не способны представит такую реальность. (маленький пример: попробуй объяснит или описать цвет(а) человеку, который(е) он никогда не видел) Потому и должен произойти материальный “взрыв”.

Планета Х – Nibiru (Нибиру)

Таинственная планета Нибиру (Nibiru). Шумеры обладали знаниями о структуре Солнечной системы. Они подробно составили описание всех планет солнечной системы, вплоть до цвета каждой. Удивляет тот факт, что согласно знаниям шумер наша солнечная система состоит не из девяти планет, как считалось ранее, а из десяти. Десятая планета - Нибиру (Nibiru), она расположена между марсом и юпитером. Нибиру (Nibiru) вращается в противоположном направлении относительно других планет. Нибиру (Nibiru) – это огромная пламенно- красная планета, имеющая очень вытянутую и наклонную орбиту эллиптической формы и обладающая несколькими спутниками. Приблизительно каждые 3600лет Нибиру (Nibiru) проходит возле Земли, после чего опять исчезает из поля зрения.

НАСА признала вероятность (в 1982) существования ещё одной новой планеты солнечной системы. Годом позже (1983) НАСА запускает IRAS (Инфракрасный Искусственный Спутник) который засек очень большой объект. The Washington Post подвела итог интервью с ученым из программы JPL IRAS.

Небесное тело возможно бОльшего размера чем гигант-Юпитер и возможно по размерам на столько близко к Земле, может быть частью этой солнечной системы, было обнаружено в направлении созвездия Ориона орбитальным телескопом.
“Все, что я могу сказать это то, что мы не знаем, что это,”- сказал Герри Ниугбауер ведущий сотрудник программы IRAS. Все Правительства знают об этом и они предпринимают энергичные меры для выживания и сохранения своей власти при появлении Планеты Х (Nibiru).

Они знают, что не смогут спасти всех, а только тех, кого считают достойным спасения. У них есть план, а у вас он есть? Или вы уйдете спокойно в тьму потому, что вы были брошены?

Что такое Нибиру (Nibiru)?

Во-первых Nibiru это одна из множества планет, вращающихся вокруг темной звезды или Бурый Карлик. Эта Темная Звезда имеет пять малых планет, шестая планета земного размера Родина, и седьмая планета или объект, который мы называем Нибиру (Nibiru).
Родина во многом похожа на Землю и место, где Эннанеки Великаны или Боги старины там живут. Nibiru в основном не пригодна для жизни и в основном выступает в роли боевой станции или космического корабля.

Когда темная звезда в перигелии (ближайшая к Солнцу точка орбиты небесного тела) в 60 или 70 пар., орбита Nibiru, которая находится в 60 пар. от своей звезды, имеет достаточно большую орбиту для того, чтобы пройти сквозь нашу солнечную систему как правило поблизости от орбиты Юпитера, однако все может измениться.

Young Star Cluster Westerlund 2

Credit: X-ray; Y.Nazé, G.Rauw, J.Manfroid (Université de Liège), CXC, NASA Infrared; E.Churchwell (University of Wisconsin), JPL, Caltech, NASA

Dusty stellar nursery RCW 49 surrounds young star cluster Westerlund 2 in this remarkable composite skyscape from beyond the visible spectrum of light. Infrared data from the Spitzer Space Telescope is shown in black and white, complimenting the Chandra X-ray image data (in false color) of the hot energetic stars within the cluster’s central region. Looking toward the grand southern constellation Centaurus, both views reveal stars and structures hidden from optical telescopes by obscuring dust. Westerlund 2 itself is a mere 2 million years old or less, and contains some of our galaxy’s most luminous, massive and therefore short-lived stars. The infrared signatures of proto-planetary disks have also been identified in the intense star forming region. At the cluster’s estimated distance of 20,000 light-years, the square marking the Chandra field of view would be about 50 light-years on a side.

West Valley Panorama from the Spirit Rover on Mars

Credit: Mars Exploration Rover Mission, Cornell, JPL, NASA

What does Mars look like from here? Last September, before hiking across rugged and slippery terrain to reach its winter hibernation point, the robotic Spirit rover climbed a small plateau known as Home Plate and captured the spectacular vista pictured above. Part of the curious flat-topped Home Plate is visible as the light colored landscape across the panorama’s foreground. On the image left, visible about eight kilometers in the distance, is Grissom Hill, while on the left foreground is rock strewn Tsiolkovski Ridge. On the right, at about 800 meters distant, is Husband Hill, a feature already explored by Spirit and notable as the highest point visible in the westward looking panorama. In the inset is a close-up of a small protrusion informally dubbed Little Bigfoot, a motionless rock that has drawn some attention for it superficial appearance to a humanoid life form. Tenacious image explorers might locate Little Bigfoot towards the front left of the high resolution panorama. Spirit successfully reached its energy-conserving winter haven in December.

Thor’s Emerald Helmet

Credit & Copyright: Robert Gendler

This helmet-shaped cosmic cloud with wing-like appendages is popularly called Thor’s Helmet. Heroically sized even for a Norse god, Thor’s Helmet is about 30 light-years across. In fact, the helmet is actually more like an interstellar bubble, blown as a fast wind from the bright, massive star near the bubble’s center sweeps through a surrounding molecular cloud. Known as a Wolf-Rayet star, the central star is an extremely hot giant thought to be in a brief, pre-supernova stage of evolution. Cataloged as NGC 2359, the nebula is located about 15,000 light-years away in the constellation Canis Major. The sharp image captures striking details of the nebula’s filamentary structures and also records an almost emerald color from strong emission due to oxygen atoms in the glowing gas.

MESSENGER Passes Mercury

Credit: MESSENGER Teams, JHU APL, NASA

Two days ago, the MESSENGER spacecraft became only the second spacecraft in human history to swoop past Mercury. The last spacecraft to visit the Sun’s closest planet was Mariner 10 over 35 years ago. Mariner 10 was not able to photograph Mercury’s entire surface, and the images it did send back raised many questions. Therefore, much about planet Mercury remains unknown. This week’s flyby of MESSENGER was only the first of three flybys. Over the next few years MESSENGER will swing past twice more and finally enter Mercury’s orbit in 2011. MESSENGER is currently moving too fast to enter orbit around Mercury now. The above image was taken two days ago during MESSENGER’s flyby and shows part of Mercury’s surface that has never been imaged in detail before. Many more MESSENGER will hopefully help scientists better understand how Mercury’s surface was formed, and why it is so dense.

Double Supernova Remnants DEM L316

Credit & Copyright: Gemini Observatory, GMOS-South, NSF

Are these two supernova shells related? To help find out, the 8-meter Gemini Telescope located high atop a mountain in Chile was pointed at the unusual, huge, double-lobed cloud dubbed DEM L316. The resulting image, shown above, yields tremendous detail. Inspection of the image as well as data taken by the orbiting Chandra X-Ray Observatory indicate how different the two supernova remnants are. In particular, the smaller shell appears to be the result of Type Ia supernova where a white dwarf exploded, while the larger shell appears to be the result of a Type II supernova where a massive normal star exploded. Since those two stellar types evolve on such different time scales, they likely did not form together and so are likely not physically associated. Considering also that no evidence exists that the shells are colliding, the two shells are now hypothesized to be superposed by chance. DEM L316 lies about 160,000 light years away in the neighboring Large Magellanic Cloud (LMC) galaxy, spans about 140 light-years across, and appears toward the southern constellation of the Swordfish (Dorado).

The Cocoon Nebula from CFHT

Credit & Copyright: Jean-Charles Cuillandre (CFHT), Hawaiian Starlight, CFHT

What creates the colors of the Cocoon Nebula? The Cocoon Nebula, cataloged as IC 5146, is a strikingly beautiful nebula located about 4,000 light years away toward the constellation of the Swan (Cygnus). Inside the Cocoon Nebula is a newly developing open cluster of stars. Like other stellar nurseries, the Cocoon Nebula holds, at the same time, a bright red emission nebula, blue reflection nebulas, and dark absorption nebulas. Given different mixtures, these three processes create a host of colors in this image taken recently by the Canada-France-Hawaii Telescope (CFHT) in Hawaii, USA. Speculation based on recent measurements holds that the massive star towards the left of the picture opened a hole in an existing molecular cloud through which much of the glowing material flows. The same star, which formed about 100,000 years ago, now provides the energy source for much of the emitted and reflected light from this nebula.

Hurricane Ivan from the Space Station

Credit: Expedition 9 Crew, International Space Station, NASA

Ninety percent of the houses on Grenada were damaged by the destructive force of Hurricane Ivan. At its peak, Ivan was a Category 5 hurricane, the highest power category on the Saffir-Simpson Scale, and created sustained winds in excess of 200 kilometers per hour. Ivan was the largest hurricane to strike the US in 2004, and, so far, the 10th most powerful in recorded history. As it swirled in the Atlantic Ocean, the tremendous eye of Hurricane Ivan was photographed from above by the orbiting International Space Station. The name Ivan has now been retired from Atlantic Ocean use by the World Meteorological Organization. Note: Astronomy lectures by an APOD editor are now available as a free podcast.