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Project C1: BlackHole-POL: Probing 3D Magnetic Fields and Dust physics in Galactic Center around Supermassive Black Holes using Dust POLarization and other techniques (Zeeman effect, Synchrotron, and Gradient Techniques)
Project C1: BlackHole-POL: Probing 3D Magnetic Fields and Dust physics in Galactic Center around Supermassive Black Holes using Dust POLarization and other techniques (Zeeman effect, Synchrotron, and Gradient Techniques)
Project C2: Gravity and Magnetic Fields in black hole growth: developing GRMHD simulations with parallel-AMR for CPU/GPU and studying Accretion Disks onto Black Holes/neutron stars
Project C2: Gravity and Magnetic Fields in black hole growth: developing GRMHD simulations with parallel-AMR for CPU/GPU and studying Accretion Disks onto Black Holes/neutron stars
Image credits: Elen11/Getty Images/iStockphoto
Project C3: gravity and magnetic fields in cosmic transients: Theoretical and computational modeling of relativistic jets, gamma-ray bursts, kilonovae, and BLazars
Project C3: gravity and magnetic fields in cosmic transients: Theoretical and computational modeling of relativistic jets, gamma-ray bursts, kilonovae, and BLazars
Image credits: NASA
other topics:
other topics:
Studying effects of magnetic fields on graviton-photon conversion based on relativitic perturbation theory
Modeling Lyman-alpha radiative transfer in rotating circumgalactic media and iron II emission line polarization in galactic/circumgalactic media
Studies on the structure and dynamics of gravitational systems, low-mass x-ray binaries, and pulsars
Effects of dust extinction in the formation of hydrogen emissions of little red dots in early universe
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