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Wednesday, November 20, 2013

Ultracold Big Bang experiment successfully simulates evolution of early universe. "At this ultracold temperature, atoms get excited collectively. They act as if they are sound waves in air," he said. The dense package of matter and radiation that existed in the very early universe generated similar sound-wave excitations, as revealed by COBE, WMAP and the other experiments. "And in the beginning there was the Word."

Universal Everything, Recent Activity
Universal Everything, Recent Activity
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By Olle Eksell, book cover 1950.
By Olle Eksell, book cover 1950.
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Anselm Kiefer, Untitled, 1996, woodcut, shellac and acrylic canvas, The Metropolitan Museum of Art
Anselm Kiefer, Untitled, 1996, woodcut, shellac and acrylic canvas, The Metropolitan Museum of Art
Click here to download
Ultracold Big Bang experiment successfully simulates evolution of early universe. "At this ultracold temperature, atoms get excited collectively. They act as if they are sound waves in air," he said. The dense package of matter and radiation that existed in the very early universe generated similar sound-wave excitations, as revealed by COBE, WMAP and the other experiments. "And in the beginning there was the Word."
Ultracold Big Bang experiment successfully simulates evolution of early universe. "At this ultracold temperature, atoms get excited collectively. They act as if they are sound waves in air," he said. The dense package of matter and radiation that existed in the very early universe generated similar sound-wave excitations, as revealed by COBE, WMAP and the other experiments.   "And in the beginning there was the Word."
Click here to download

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