One result of this theory was tested in the 2004 GP-B experiment, which tentatively confirmed the geodetic effect. The equations that govern this theory equate curvature with energy and momentum, represented by the stress-energy tensor. This theory predicts that objects close to a rotating mass undergo precession, a phenomenon known as frame-dragging. It also predicts a phenomenon whereby light is bent by massive objects, called gravitational lensing. For 10 points, name this theory, which is governed by Einstein's fiel
One result of this theory was tested in the 2004 GP-B experiment, which tentatively confirmed the geodetic effect. The equations that govern this theory equate curvature with energy and momentum, represented by the stress-energy tensor. This theory predicts that objects close to a rotating mass undergo precession, a phenomenon known as frame-dragging. It also predicts a phenomenon whereby light is bent by massive objects, called gravitational lensing. For 10 points, name this theory, which is governed by Einstein's field equations, and has a "special" counterpart.
One result of this theory was tested in the 2004 GP-B experiment, which tentatively confirmed the geodetic effect.
general relativity [prompt on relativity; do not accept “special relativity”]