A highly triaxial N-body system tumbling about is intermediate axis
Martin J. Duncan, Harold F. Levison
Abstract
Martin J. Duncan, Harold F. Levison
Abstract
The results are presented of an N-body simulation which shows that it is possible for a highly triaxial self-gravitating system in dynamical equilibrium to exhibit stable figure rotation about its intermediate axis. The system is long-lived, lasting at least 20 half-mass crossing times of the final system. The nature of the simulation is summarized.
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The results are presented of an N-body simulation which shows that it is possible for a highly triaxial self-gravitating system in dynamical equilibrium to exhibit stable figure rotation about its intermediate axis. The system is long-lived, lasting at least 20 half-mass crossing times of the final system. The nature of the simulation is summarized.
Key concepts: Physics, Celestial mechanics, Galaxy, Stellar dynamics, Rotation (mathematics), Motion (physics), Classical mechanics, Astrophysics