Bounds on the dragging rate and on the rotational mass-energy in slowly and differentially rotating relativistic stars
arXiv:gr-qc/0309118 · doi:10.1063/1.1767987
Abstract
For relativistic stars rotating slowly and differentially with a positive angular velocity, some properties in relation to the positiveness of the rate of rotational dragging and of the angular momentum density are derived. Also, a new proof for the bounds on the rotational mass-energy is given.
23 pages, latex. Submitted to J. Math. Phys