Relativistic plasmas are central to the study of black hole
accretion, jet physics, neutron star mergers, and compact object
magnetospheres. Going beyond common approaches used in the
literature, I will describe a fully relativistic covariant
14...
I will present a review of how deep learning is used in
astrophysics, and how this use is often misguided. I will introduce
the term “scientific debt,” and argue that, though deep
learning can quickly solve a complex problem, its success does
not...
In this talk, I will briefly discuss our work on understanding
the 3D morphology of magnetic fields associated with molecular
clouds. To study the 3D magnetic fields, we first proposed and
demonstrated a new technique to determine the line-of-sight...
