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What is the Milky Way?
Video Description: In this video clip, astronomer Louie Bernstein explains about the Milky Way, the galaxy that we inhabit, its main characteristics, and ancient myths. Related Article Subjects: astronomy, big bang, black holes, galaxy, milky way, stars
An Insight Into the Big Bang and Dark MatterBy: Maurice Peter King | 02/11/2008 | ScienceThis document gives a brief insight into the possibility of time travel but not in the sense that most would expect. It looks at the big bang, which is theorised to have formed the expanding cosmos and at the same time looks at the cause of the big bang set in the dim distant future. It also reviews the spectral red shift and its erroneous use for measuring vast distance and direction and meets conjecture on the even level of cosmic radiation in the cosmos. CREATION OF THE UNIVERSE - THE BIGGEST BLACK HOLE IN THE UNIVERSE HAS BEEN RECORDE -WHAT ROLE DO THESE PLAY IN THE CREATION OF OUR UNIVERSE?By: Stig Kristoffersen | 14/10/2009 | AstrologyAstronomers have tried to lure the secretes out of the universe, and more and more sophisticated technologies have been utilised both on the earth, but also as space laboratories. Lately, the Subaru Observatory recorded a massive Black Hole in our Universe. What did this tell us about the creation of the universe, simple as the Big Bang theory or is it more to it than that? In this article we will discuss this closer and hopefully understand more. Creation of the Universe - The theory and observation merged together can give us some answers - Observatins of the Black Holes in our Universe.By: Stig Kristoffersen | 14/10/2009 | TechnologyBlack Holes can not be seen in normal light, as they have to be observed in x-ray or infra red spectrum of light. However, recent discoveries of massive Black Holes within our universe both distant and close reveal some interesting facts about when and how our universe came about. Observations merged with theoretical models have resulted in simulations which support the fact that Black Holes have played and still play an important role in the evolution of the universe. Is The Big Bang A Cosmic Blunder?By: Josh Greenberger | 12/03/2006 | EducationFor years scientists have been telling us how the universe began. Do we really know? Or do we need another six billions years to figure it out? On Energy, Mass, Gravity, Galaxies Clusters, AND LifeBy: Dov Henis | 01/05/2009 | ScienceThe onset of big-bang's inflation started gravity, followed by formation of galactic clusters that behave "classically" as Newtonian bodies while reconverting mass to energy, and of endless intertwined evolutions WITHIN the clusters, in attempts to resist this reconversion. Nothing Universe TheoryBy: Dennis Huff | 15/07/2008 | ScienceProvides an alternative to the Big Bang theory. The Big Bang theory is supported by four main points which are 1)Cosmic Background Radiation 2)Dopler Shift 3)abundance of Hydrogen and Helium 4)Distribution of the elements in the universe. The Nothing Universe theory accounts for all four of these points along with two more. Nothing Universe can describe the state of the universe before the creation of our own universe. It also explains why the expansion of the universe is accelerating. Two Constituents That Fathered The Universe; How Did Einstein Miss This PointBy: Jagat Singh | 23/09/2007 | TechnologyHeat energy photons at high temperature are highly unstable and cannot remain in that state for long time. They combine with gravitational field (at a specific range of temperature) or gravitons to acquire a lower state of energy level. This is due to the interaction of constituents of “Parent Pair”; heat energy and gravitational field. But in this process matter is formed. Matter thus formed is at lower temperature but still hot enough to have a quest to cool down further. This matter acquires many forms (existence of our planet is one of them) and goes through many transitions while it journeys down to acquire the most stable state of existence i.e. the black hole. Although black hole is the most stable material body, it has one dangerous tendency to attract other matter and transform it into a part of its own. Thus, as the black hole grows bigger, its gravitational field becomes stronger. As the matter acquires more and more stable state by loosing heat energy, its gravitational field becomes stronger. In other words as heat energy component of matter decreases, gravitational field component increases. This process continues so long as the extreme limit is not reached. Then at extreme limit, event like big bang takes place and the whole mass separates into heat energy and gravitational field. Soon after heat energy photons start cooing down by forming matter with help of gravitational field and the entire cycle repeats all over again. The Sun and EnergyBy: Dan Bar-Zohar | 30/09/2007 | TechnologyThe sun's energy source is not nuclear fusion, but magnetic fields from the center of the Galaxy. The sun converts energy to mass and not mass to energy.
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