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ragingsamster
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I'm trying to get my mind around this one. (stretching thin in the extreme)
Black Holes Collide, and Gravity Quivers
New York Times 05/02/2006
In the most precise effort yet to detect gravitational waves -- the quiverings of space-time predicted by Einstein's theory of general relativity -- the National Science Foundation in the late 1990's carved two large V's, one in the barren landscape of central Washington State, the other among the pines outside Baton Rouge, La.
How do you measuer something that affects both space and time simultaneously? It would seem like any gravitational wave would distort both time and space equally and would escape detection.
I saw this article and wanted to find answers - a scientist's web page referred to this forum so I thought "what the heck" might as well look for answers here!
Thanks in advance for the application of generous quantities of ignorance remover
Black Holes Collide, and Gravity Quivers
New York Times 05/02/2006
In the most precise effort yet to detect gravitational waves -- the quiverings of space-time predicted by Einstein's theory of general relativity -- the National Science Foundation in the late 1990's carved two large V's, one in the barren landscape of central Washington State, the other among the pines outside Baton Rouge, La.
How do you measuer something that affects both space and time simultaneously? It would seem like any gravitational wave would distort both time and space equally and would escape detection.
I saw this article and wanted to find answers - a scientist's web page referred to this forum so I thought "what the heck" might as well look for answers here!
Thanks in advance for the application of generous quantities of ignorance remover