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Blackout USA Review Generally accepted theory indicates that the dark matter cannot react to light, and that it neither emits nor absorbs light--or any other form of electromagnetic radiation--at any significant level. It is currently thought that the known Universe contains approximately 4.9% "ordinary" atomic(baryonic)matter, 26.8% dark matter, and 68.3% dark energy.Dark energy, which accounts for most of the total mass-energy of the Universe, is even more of a mystery than the dark matter. Indeed, the dark energy may be a property of space itself, and it is a truly bizarre substance that is causing the Universe to accelerate in its expansion. So-called "ordinary" atomic matter is the runt of the cosmic litter--but it is really very special, despite its relatively small abundance. Atomic matter is the form of matter that composes our known world--and it is also what made life possible in the Cosmos.
TheStandard Modelof cosmic structure formation suggests that the dark matter particles originally merged together gravitationally in order to create a crowded region, called adark matter halo.As time went by, these invisible halos pulled at the wandering clouds of light, ancient gases--primarily hydrogen--triggering the birth of stars and galaxies. In 1932, the existence of the strange dark stuff was first proposed by the http://nomorefakereviews.ning.com/articles/blackout-usa-ebook-review Dutch astronomer Jan Oort (1900-1992), even though his own calculations were based on insufficient and flawed information that was then being used to explain the orbital velocities of stars inhabiting our Galaxy. In 1932, Fritz Zwicky (1898-1974), a Swiss-American astrophysicist at the California Institute of Technology (Caltech), also proposed the existence of dark matter.
He did this in order to explain evidence of "missing mass" in the orbital velocities of galaxies dwelling in clusters. In 1939, evidence for the existence of dark matter was extracted from galactic rotation curves by the Caltech astrophysicist Horace W. Babcock (1912-2003). Unfortunately, Babcock did not attribute his observations to dark matter. In the 1960s and 1970s, Dr. Vera Rubin (b. 1928), was the first to propose the existence of this exotic form of invisible matter based on strong evidence, using galaxy rotation curves. Dr. Rubin is currently a Senior Fellow in the Department of Terrestrial Magnetism at the Carnegie Institution of Washington. Soon after Dr. Rubin's extremely important research, many observations were conducted by other astronomers that also http://www.enriqueiglesias.com/profiles/blogs/alec-deacon-s-blackout-usa-review suggested that the strange dark matter really exists. These later studies included thegravitational lensingof background luminous objects by foreground clusters of galaxies, especially theBullet Cluster.In addition, the temperature and distribution of seething-hot gas in galaxies and clusters of galaxies, as well as the pattern of anisotropies detected in theCosmic Microwave Background (CMB)radiation, were also used by scientists to determine that the dark stuff is actuallythere. Gravitational lensingis a phenomenon proposed by Albert Einstein'sTheory of General Relativity(1915), that demonstrates gravity is able to warp, bend, and magnify traveling light and, therefore, has lens-like effects.