Relativistically rotating dust

Andries Kalsbeek; Arja A. Sluiter; Bamshad; Bartness; Billig; Bjorntorp; Bjorntorp; Bligh; Bray; Card; Card; Caroline L. Van Heijningen; Corbert G. Van Eden; Despres; Eric Fliers; Felix Kreier; Frayn; Hans P. Sauerwein; Johannes A. Romijn; Kissebah; Koopmans; Louis M. Havekes; Peiris; Peter J. Voshol; Ruud M. Buijs; Schwartz; Thomas C. Mettenleiter; Youngstrom

research

Relativistically rotating dust

Authors: Andries Kalsbeek
Arja A. Sluiter
Bamshad
Bartness
Billig
Bjorntorp
Bjorntorp
Bligh
Bray
Card
Card
Caroline L. Van Heijningen
Corbert G. Van Eden
Despres
Eric Fliers
Felix Kreier
Frayn
Hans P. Sauerwein
Johannes A. Romijn
Kissebah
Koopmans
Louis M. Havekes
Peiris
Peter J. Voshol
Ruud M. Buijs
Schwartz
Thomas C. Mettenleiter
Youngstrom
Publication date: 1 January 2002
Publisher
Doi

Abstract

Dust configurations play an important role in astrophysics and are the simplest models for rotating bodies. The physical properties of the general--relativistic global solution for the rigidly rotating disk of dust, which has been found recently as the solution of a boundary value problem, are discussed.Comment: 18 pages, 11 figure