27–29 May 2026
60 St. George St.
America/Toronto timezone
CITA at 40: A Celebration of Cosmic Discovery

Transitional accretion disks around black holes

Not scheduled
20m
McLennan Physical Laboratories (60 St. George St.)

McLennan Physical Laboratories

60 St. George St.

University of Toronto, St. George Campus
Oral

Speaker

Dr Gibwa Musoke (Canadian Institute for Theoretical Astrophysics)

Description

What does an accretion disk look like in the midst of a state transition? The hard intermediate accretion state present in the midst of a state transition is thought to be associated with a disk containing both a hot, thick component– termed the corona, along with a cool and thin component of the accretion flow. The details concerning the geometry and evolution of these components remain highly debated. I present a General Relativistic Magneto-Hydrodynamic (GRMHD) simulation of a self-consistent formation of an accretion disk in the hard intermediate state with a focus on magnetic flux and angular momentum transport, disk winds and turbulence.

Author

Dr Gibwa Musoke (Canadian Institute for Theoretical Astrophysics)

Presentation materials

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