Measurement Science and Technology · 1999 · 22 citations · 10 references
Natural SciencesAerospace EngineeringPhysicsGravitationGravityRelativityEquivalence PrincipleExperimental GravitationExperimental Tests Of RelativityGeneral RelativityGravitational FieldsGravity MeasurementsComposition DependenceExperimental Tests Of The Equivalence PrincipleFree-floating SystemsGravitational EffectsInverse-square Law TestsSatellite Gravity MeasurementsSpace Mission DesignSpace-based Gravitation Experiments
Project SEE (Satellite Energy Exchange) is an international effort to organize a new space mission for fundamental measurements in gravitation, including tests of the equivalence principle (EP) by composition dependence (CD) and inverse-square-law (ISL) violations, determination of G, and a test for non-zero G-dot. The CD tests will be both at intermediate distances (a few metres) and at long distances (radius of the Earth, RE). Thus, a SEE mission would obtain accurate information self-consistently on a number of distinct gravitational effects. The EP test by CD at distances of a few metres would provide confirmation of earlier, more precise experiments. All other tests would significantly improve our knowledge of gravity. In particular, the error in G is projected to be less than 1 ppm. Project SEE entails launching a dedicated satellite and making detailed observations of free-floating test bodies within its experimental chamber.
10
The dynamics of tadpole and horseshoe orbits
S. F. Dermott, C. D. Murray · Icarus · 1981 · 181 citations
Theory of motion of saturn's coorbiting satellites
C. F. Yoder, Gabriele Colombo, S. P. Synnott et al. · Icarus · 1983 · 126 citations
The dynamics of tadpole and horseshoe orbits
S. F. Dermott, C. D. Murray · Icarus · 1981 · 114 citations
An asteroidal companion to the Earth
Paul Wiegert, Kimmo A. Innanen, Seppo Mikkola · Nature · 1997 · 98 citations