И българи ще колонизират Луната
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- това е немски летателен апарат, които в последствие е доработен...  - американците явно се заинтересували от тези неща. Натисни тук - приятно гледане.... | |
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Съвсем наскоро беше пусната програма за създаване на обща подробна карта на повърхността на Луната. Тя се нарича CosmoQuest и се разработва от група астрономи от университет Колорадо. За разработването на подробна карта учените са получили разрешение от NASA за използването на Lunar Reconnaissance Orbiter (LRO) - устройство, чрез което получават снимки на лунната повърхност с изключително висока резолюция. Натисни тук Натисни тук |
| Току-що хванали гравитационните вълни, след толкова години експерименти. Нови интересни и завладяващи факти правещи невалидна скоростта на светлината. Щом за един миг =1/25 сек вселената се е разширила 100 трилиона пъти, значи скорости далеч по-високи от тази на светлината са били известни на Бога по това време(иначе как?!): Washington (AFP) - Waves of gravity that rippled through space right after the Big Bang have been detected for the first time, in a landmark discovery that adds to our understanding of how the universe was born, US scientists said Monday. The waves were produced in a rapid growth spurt 14 billion years ago, and were predicted in Albert Einstein's nearly century-old theory of general relativity but were never found until now. The first direct evidence of cosmic inflation -- a theory that the universe expanded by 100 trillion trillion times in barely the blink of an eye -- was announced by experts at the Harvard-Smithsonian Center for Astrophysics. The detection was made with the help of a telescope called BICEP2, stationed at the South Pole, that measures the oldest light in the universe. If confirmed by other experts, some said the work could be a contender for the Nobel Prize. The waves that move through space and time have been described as the "first tremors of the Big Bang." Their detection confirms an integral connection between Einstein's theory of general relativity and the stranger conceptual realm of quantum mechanics. NASA said the findings "not only help confirm that the universe inflated dramatically, but are providing theorists with the first clues about the exotic forces that drove space and time apart." John Kovac, leader of the BICEP2 collaboration at the Harvard-Smithsonian Center for Astrophysics, said years of observations using the telescope at the South Pole preceded Monday's announcement. "Detecting this signal is one of the most important goals in cosmology today. A lot of work by a lot of people has led up to this point." .. View gallery A projector screens a picture in the planetarium Hamburg, … A projector screens a picture in the planetarium Hamburg, northern Germany, on August 26, 2013 (AFP … - 'Mind-boggling' find - The telescope targeted a specific area of sky known as the "Southern Hole" outside the galaxy where there is little dust or extra galactic material to interfere with what humans could see with the potent sky-peering tool. By observing the cosmic microwave background, or a faint glow left over from the Big Bang, small fluctuations gave scientists new clues about the conditions in the early universe. The gravitational waves rippled through the universe 380,000 years after the Big Bang, and these images were captured by the telescope. "It's mind-boggling to go looking for something like this and actually find it," Clem Pryke, associate professor at the University of Minnesota, told reporters at an event in Boston to announce the findings. Rumors of a major discovery began to circulate Friday, when the press conference was first announced. However, scientists said they spent three years analyzing their data to rule out any errors. "This has been like looking for a needle in a haystack, but instead we found a crowbar," said Pryke. - New insights to why we exist - Harvard theorist Avi Loeb said the findings provide "new insights into some of our most basic questions: Why do we exist? How did the universe begin? "These results are not only a smoking gun for inflation, they also tell us when inflation took place and how powerful the process was," Loeb said. |
| Със спомоществувателството и любезната намеса на землянина Дърт Сидериус - Белоглавий, ние сме готови да ви напуснем. Предаването във форума ще продължи от Луната.    | |
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 Ракеты Saturn V смогли доставить людей на Луну Saturn V имеет высоту 111 м (36-этажное здание), вес 2800 т, тягу 34,5 млн. ньютонов. Ракета могла забросить на околоземную орбиту рекордные 118 т полезной нагрузки, а на Луну – около 50 т. Лучшие тяжелые современные ракеты не могут похвастаться даже половинными значениями полезной нагрузки Saturn V. Начиная с первых беспилотных испытательных полетов в 1967 году, Saturn V выполнил 13 успешных запусков. Ракета не только доставляла людей на Луну, но и вывела на орбиту первую американскую космическую станцию - Skylab. Натисни тук |
| On the heels of Monday's news that astronomers had found the "smoking gun" of evidence that supports the Big Bang theory comes this amazing video. Stanford Assistant Professor Chao-Lin Kuo went to visit Professor Andrei Linde with new evidence that supports Linde's cosmic inflation theory. What is cosmic inflation theory? Addressing the camera, Kuo explains, "Inflation is the theory about the 'bang' of 'Big Bang.' It explains why we have all this stuff in the universe." You see, gravity waves in the universe's oldest light show that the universe expanded to 100 trillion times its size almost 14 billion years ago — all in less than a second. Those waves have been described as the first tremors in the Big Bang. Duh. Kuo approaches Linde's house for a surprise visit to deliver the news that the Stanford team has found data that confirm Linde's theory. Kuo knocks on the door, tells Linde and his wife, professor Renata Kallosh, the incredible news. “I have a surprise for you,” Kuo says. “It’s five-sigma, at .2.” Linde can hardly believe his ears, and asks to hear the news again. And then for a third time. And then, the celebration begins. You don't have to be a genius physicist to see the joy on their faces. Full disclosure — the people in this video are incredibly brilliant, and we have no earthly idea what they're talking about. Our knowledge of space began and ended with the destruction of the second Death Star... ****************** Andrei Dmitriyevich Linde (Russian: Андре́й Дми́триевич Ли́нде; born March 2, 1948) is a Russian-American theoretical physicist, the Harald Trap Friis Professor of Physics at Stanford University. Linde is one of the main authors of the inflationary universe theory, as well as the theory of eternal inflation and inflationary multiverse. He received his Bachelor of Science degree from Moscow State University. In 1975, Linde was awarded a Ph.D. from the Lebedev Physical Institute in Moscow. He worked at CERN (European Organization for Nuclear Research) since 1989 and moved to the USA in 1990 where he became Professor of Physics at Stanford University. Among the various awards he's received for his work on inflation, in 2002 he was awarded the Dirac Medal, along with Alan Guth of MIT and Paul Steinhardt of Princeton University. In 2004 he received, along with Alan Guth, the Gruber Cosmology Prize for the development of inflationary cosmology. He is a member of the National Academy of Sciences of the USA and of the American Academy of Arts and Sciences. Contents [hide] 1 Cosmological phase transitions and old inflation 2 New inflation 3 Chaotic inflation 4 Creation of matter in the universe 5 Inflationary multiverse and eternal chaotic inflation 6 Inflation and string theory 7 Honors and awards 8 Personal life 9 References 10 External links Cosmological phase transitions and old inflation[edit] In 1972-1976, David Kirzhnits and Andrei Linde developed a theory of cosmological phase transitions. According to this theory, there was not much difference between weak, strong and electromagnetic interactions in the very early universe. These interactions became different from each other only gradually, after the cosmological phase transitions while the universe expanded and cooled down. In 1974 Linde found that the energy density of scalar fields breaking symmetry between different interactions can play the role of the vacuum energy density (cosmological constant) in the Einstein equations. In 1976-1978 he demonstrated that the release of this energy during the cosmological phase transitions may be sufficient to heat up the universe. These observations became the main ingredients of the first version of the inflationary universe theory, which was proposed by Alan Guth in 1980. This theory, which is now called "old inflation," was based on the assumption that the universe was initially hot. It then experienced the cosmological phase transitions and was temporarily stuck in a supercooled metastable vacuum state (false vacuum). Then the universe expanded exponentially (inflated) until the false vacuum decayed, and the universe became hot again. This idea attracted lots of attention because it could provide a unique solution to many difficult problems of the standard Big Bang theory. In particular, it could explain why the universe is so large and so uniform. However, as Guth immediately realized, this scenario did not quite work as intended: the decay of the false vacuum would make the universe extremely inhomogeneous. New inflation[edit] In 1981, Andrei Linde developed another version of inflationary theory, which he called "new inflation." He demonstrated that the exponentially rapid expansion of the universe could occur not only in the false vacuum, but also during a slow transition away from the false vacuum. This theory resolved the problems of the original model proposed by Guth, while preserving most of its attractive features. A few months later, a similar scenario was proposed by Albrecht and Steinhardt, with a reference to the paper by Linde. Soon after that, it was realized that the new inflationary scenario also suffered from some problems. Most of them arose because of the standard assumption that the early universe initially was very hot, and inflation occurred during the cosmological phase transitions. Chaotic inflation[edit] In 1983, Linde abandoned some of the key principles of old and new inflation and proposed a more general inflationary theory, chaotic inflation. Chaotic inflation occurs in a much broader class of theories, without any need for the assumption of initial thermal equilibrium. The basic principles of this scenario became incorporated in most of the presently existing realistic versions of inflationary theory. Chaotic inflation changed the way we think about the beginning of inflation. Later on, Linde also proposed a possible modification of the way in which inflation may end, by developing the hybrid inflation scenario. In that model, inflation ends due to the "waterfall" instability. Creation of matter in the universe[edit] According to the inflationary theory, all elementary particles in the universe emerged after the end of inflation, in a process called reheating. The first version of the theory of reheating, which is essentially the theory of creation of matter in the universe, was developed in 1982 by Dolgov and Linde, and also by Abbott, Farhi and Wise. In 1994, this theory was revised by Kofman, Linde and Starobinsky. They have shown that the process of creation of matter after inflation may be much more efficient due to the effect of parametric resonance. Inflationary multiverse and eternal chaotic inflation[edit] Perhaps the most far-reaching prediction made by Linde was related to what is now called the theory of inflationary multiverse, or string theory landscape. In 1982-1983, Steinhardt, Linde and Vilenkin realized that exponential expansion in the new inflation scenario, once it begins, continues without end in some parts of the universe. On the basis of this scenario, Linde proposed a model of a self-reproducing inflationary universe consisting of different parts. These parts are exponentially large and uniform, because of inflation. Therefore for all practical purposes each of these parts looks like a separate mini-universe, or pocket universe, independent of what happens in other parts of the universe. Inhabitants of each of these parts might think that the universe everywhere looks the same, and masses of elementary particles, as well as the laws of their interactions, must be the same all over the world. However, in the context of inflationary cosmology, different pocket universes may have different laws of low-energy physics operating in each of them. Thus our world, instead of being a single spherically symmetric expanding balloon, becomes a huge fractal, an inflationary multiverse consisting of many different pocket universes with different properties. This provided a simple scientific interpretation of the cosmological anthropic principle: Our world may consist of different parts, but we can live only in those parts of the multiverse which can support life as we know it. These ideas did not attract much attention at that time, in part because the anthropic principle was very unpopular, in part because the new inflationary scenario did not quite work and was replaced by the chaotic inflation scenario. However, in 1986 Linde found that in many versions of the chaotic inflation scenario, the process of exponential expansion of the universe also continues forever in some parts of the universe. Linde called this process eternal inflation. Quantum fluctuations produced during eternal chaotic inflation are so large that they can easily push different parts of the universe from one vacuum state to another, and even change the effective dimensionality of space-time. This provided a very powerful realization of the theory of the multiverse. Inflation and string theory[edit] A significant advance in this area was obtained when the theory of inflationary multiverse was implemented in the context of string theory. In 2000, Bousso and Polchinski proposed to use the regime of eternal inflation and transitions between many different vacua in string theory for solving the cosmological constant problem. At that time, no stable or metastable vacua of string theory were actually known. A possible mechanism of string theory vacuum stabilization was proposed in 2003 by Kachru, Kallosh, Linde, and Trivedi, who also found that all of these vacua describing expanding universe are metastable, i.e. they must eventually decay. Then Douglas and his collaborators estimated that the total number of different stringy vacua can be as large as 10500, or even more, and Susskind developed the string theory landscape scenario based on investigation of cosmological phase transitions between different string theory vacua. One of the main challenges of this theory is to find the probability to live in each of these different parts of the universe. However, once string theory is invoked, it is extremely difficult to return to the previous picture of a single universe. In order to do so, one would need to prove that only one of the many vacua of string theory is actually possible, and to propose an alternative solution of the many problems which can be solved by using the anthropic cosmological principle in the context of the theory of inflationary multiverse. At present Linde is continuing his work on the theory of inflationary multiverse. He is also working on the development of advanced versions of inflationary theory based on string theory and supergravity, which should be flexible enough to properly describe a vast amount of new and upcoming cosmological observational data. Honors and awards[edit] In July 2012, he was an inaugural awardee of the Fundamental Physics Prize, the creation of physicist and internet entrepreneur, Yuri Milner.[1] Personal life[edit] Linde is married to Renata Kallosh. They have two sons.[2] The couple was featured in a video of colleague Chao-Lin Kuo delivering the news to them, that gravitational waves, as evidence of inflation, had been observed. |
the people in this video are incredibly brilliant, and we have no earthly idea what they're talking about А така. Щом нищо не разбираме значи са incredibly brilliant. А теоретичната наука трябваше да е част от културата - предназначена за публиката и оценявана от публиката. Не да се самооценяват мушмороците и да си раздават нобелови награди. |
Космическая история человечества с каждым десятилетием будет терять все больше подробностей. Чем больших успехов мы будем добиваться, тем менее значительными будут казаться очень важные достижения прошлого. Возможно, в школах следовало бы изучать не историю политических противостояний, кровопролитий и распрей, а впечатляющий путь нашего научно-технического прогресса. - точно това става на практика......Даже и Нобеловите награди се оспорват......Натисни тук  | |
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Saturn V Таман си помислих, че е СъвеЦка, но когато се взрях в текста с ужас установих, че е Сделано в США.  |
Натисни тук - Базата намерена от Когуя  |
| Натисни тук - Луна - секретна зона, военен полигон за ядрени ракети и всичко това недосегаемо..... |
Натисни тук - Луната била по-стара от Земята?  |
 Тази жена знае доста неща, но интересно защо не казва нищо за приносът на някой българин там в лунната надпревара....  Натисни тук | |
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Една от най-упоритите загадки около Луната още предизвиква спорове – дали на естествения спътник на Земята има нацистка свастика. В последните дни отново избухнаха дискусии между учени и уфолози по повод няколко загадъчни снимки от лунната повърхност. На тях се виждат странни и неизвестни обекти, чиято форма доста наподобява пречупен кръст. Знаците са от кратер близо до южния лунен полюс Шрьодингер и за първи път станаха световно достояние през 2010 г., съобщават западни електронни издания. Оттогава специалисти и окултисти периодично влизат в разправии за произхода им. Според Мартин Краус, който проучва твърденията за извънземен разум това са следи, оставени от чужда цивилизация. „Това е послание от извънземни. Тази снимка от Алфа Кентавър има за цел да дразни учените и да им докаже, че именно оттам животът е бил изпратен на Земята преди милиони години. Извънземните са оставили знаци на Луната, за да ни напомнят за себе си“, казва той. Други поставят версията му под съмнение и посочват, че по-скоро става дума за оптическа измама, която доста пресилено е смятана за пречупен кръст. Официални научни институции, изследващи Космоса, също не приемат хипотезата на Краус и смятат упоритата мистерия за научнофантастчна измислица. Истерията около фашистката свастика припомни и друга отдавнашна загадка – за космическите програми на нацистите. Исторически сведения сочат, че Хитлер подготвя колонизиране на Луната Любители на конспиративните теории дори вярват, че германци са стъпили там още през 1945 г. По една от най-разпространените в блоговете версии ген. Ханс Камлер оглавява секретната мисия. Около нацисткото колонизиране на Луната се разшумя масирано през април 2012 г., по повод премиерата на фантастичната комедия „Желязно небе“. Финландско-германско-австралийският филм разказва чрез хумора за тайна база на хитлеристите, построена на тъмната страна на Луната след разгрома им през май 1945 г. Натисни тук | |
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| Сократ е казал хубави работи и малко е нарисувал българина в модерни краски. Верно е, че нашего брата акцентира повече върху политическите скечове и родните политически утрепки, а творческото му безсилие го е превърнало в регулярен плювач и несретник. Болшинството нашенци приличат на парашутисти, приземили се с неотворен парашут. Духовна деградация, чалга литература и дудукания не им позволяват да гледат много недалече. | |
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| Натисни тук - "бомбит так бомбит", нооо.....защо? Може би свастиката или зелените човечета или просто така, да се види с въоръжено и невъоръжено око, кой какво може......А там горе на МКС, съжителството и съдружието продължава.....Дано не им се разваля санитарното оборудване, че ще трябва някой да го оправя.... |
Болшинството нашенци приличат на парашутисти, приземили се с неотворен парашут. - кой по Земята, кой по Луната, кой на Марс, то там с парашут или без - все тая - по интересното е, кой е хакнал програмата за прилуняване на митичният Игъл и ужасеният Армстронг виждайки, че отива в камънака на близкия кратер се захванал да го изключва и навярно рестартира, но като не успял минал на ръчен режим, та спасил кожата и скафандъра от пряко съприкосновение с лунния грунд и остри скали, които едва ли биха били дружелюбно меки, ноооо.....това е история и там няма съмнение, че каквото е трябвало това се е случило....с тази разлика, че не може да се повтори и провери. Накратко, няма пари! Или не ми се мисли даже, но е вероятно обстрелян......с нещо от рода на високо енергиен електромагнитен имрулс, прецакващ бордовата апаратура и най вече перфектно действащият, до момента на обстрела автопилот, в момент на прилуняване! Тази хипотеза ми хрумна, като видях стабилната крива на прилуняването и неочакваните пикове в промяната функциите на апарата на малка височина ..... Също много вероятно е това да е защита, лунна защита от пришълци във вид на реакция при посещение....след като са били заплашени от т.4 на горния клип | |
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Натисни тук На 95-годишна възраст почина Джон Хуболт - инженерът, чийто принос в космическата програма на САЩ е бил ключов за успешната лунна мисия на НАСА през 1969 г. .......единствената възможност да се изпълни поставената от президента Джон Кенеди задача за изпращане на човек на Луната до края на десетилетието. НАСА описва като "голяма стъпка" фактът, че Хуболт излага идеите си, подкрепени преди това от Вернер фон Браун, в частно писмо до новопостъпил директор на НАСА през 1961 г. През следващата година неговият план за полет е включен в програмата "Аполо". | |
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