Radiative 2T GRMHD Simulation of a Black Hole Spectral State Transition: BHXRB from High to Low MAD

Black hole spectral state transition from M=10^3 Medd to M=Medd for a 10 solar mass black hole. The disk is saturated with vertical magnetic flux aka "MAD". Left panel gives the density (in g/cm^3), middle panel gives the plasma beta (ratio between gas+radiation pressure and magnetic pressure, and right panel gives electron temperature (in Kelvin).

Radiative 2T GRMHD Simulation of a Black Hole Spectral State Transition: BHXRB from High to Low MAD

Radiative 2T GRMHD Simulation of a Black Hole Spectral State Transition: BHXRB from Low to High MAD

Sgr A* Accretion Disk Transverse Slice Beta

Simulated Black hole image and spectrum for Sgr A*

Bardeen-Petterson alignment in a 45 degrees tilted disk in GRMHD

Evolution of accretion flow for MAD and SANE Disk

Sgr A* Accretion Disk Top Down View Density

Sgr A* Accretion Disk Transverse Slice Temperature

Super-Eddington accretion on a black hole

High Resolution GRMHD Simulation of SANE Accretion Disk: Plasma Beta

Sgr A* Accretion Disk Top Down View Temperature

Sgr A* Accretion Disk Top Down View Beta

GRMHD simulation of a very thin and tilted accretion disk: Vertically Integrated Density

APS Colloquium - 1/31/2022 - Matthew Liska - Formation of a Hot Corona and Quasi-periodic...

Black hole accretion disk using the Schwarzschild metric based on a C++ simulation

Jet in Wind-Fed GRMHD MAD Simulation of Sgr A* (a=0.9375, 0 degree initial tilt)