The existence of these phenomena is shown by Bondi and Feynman's "sticky bead argument".
The existence of these phenomena is shown by Bondi and Feynman's "sticky bead argument". The tensor-to-scalar ratio of these phenomena was recently discovered to be 0.2 by the BICEP2 collaboration. The existence of these entities was shown indirectly by observations of PSR 1913 + 6, whose orbital decay matched the predictions of the energy of these phenomena; that work was done by Hulse and Taylor. BICEP2 inferred their existence from B-modes of the (*) CMB. Attempts to detect these entities include an apparatus in Livingston, Louisiana consisting of an interferometer with long Fabry-Perot arms, called LIGO. For 10 points, name these phenomena predicted by general relativity, which are ripples in spacetime caused by the weakest of the fundamental force.
The existence of these phenomena is shown by Bondi and Feynman's "sticky bead argument".
gravitational waves [or gravitational radiation; or gravity waves]