Ideal lab for studying the physics of relativistic (magneto ... Black hole accretion disk at parsec scale. Enzo-MHD: 3D AMR Newtonian MHD code (PW, Tom Abel) ...
The driving problem is the study of neutron star binaries. ... (Sasha told us it is fashionable) * This formalism has been used with success in other setups ? ...
Yosuke Mizuno ( ) Institute of Astronomy National Tsing-Hua University Collaborators Y. Lyubarsky (Ben-Gurion Univ), K.-I. Nishikawa (NSSTC/UAH), P. E ...
... approach understood: rotating MS, plasma injection, acceleration and collimation. Correlation between X-ray states and Jet production (in micro-quasars, RXTE) ...
Title: GR-hydro Author: Toni Font Last modified by: Jos Antonio Font Roda Created Date: 9/16/2001 6:44:53 AM Document presentation format: Presentaci n en pantalla
The Magnetorotational Instability. 16 October 2004. Large Scale Computation in Astrophysics ... Jean-Pierre De Villiers (UVa; U. Calgary) Steven A. Balbus (UVa) ...
Black Hole rotation vertical field: Blandford-Znajek Poynting flux jet ... Black hole accretion process require us to describe the behaviour of matter ...
Institute for Pure and Applied Mathematics, University of California, Los Angeles, May 2005 ... Foliate the spacetime with t=const spatial hypersurfaces St ...
Title: Astrophysical Finite Element and Finite Difference Techniques: Possible Applications to Numerical Relativity Author: David L. Meier Last modified by
Generic picture of an accreting system (pm,swift) A collapse of a rotating envelope ... Timing is good as SWIFT is to be launched soon. It used to be used ...
Ideal Relativistic MHD - no physical resistivity (only numerical); 8. MFoGRBP, SAO, Bukovo ... 1) MHD waves must be able to escape from the black hole ergosphere ...