Alumni            Since 2019

My research interests are Radio continuum surveys and Galaxy clusters. 

I am interested in theories of gravity and their various modifications.

My research interests are mostly focused on two areas: on-shell scattering amplitudes and quantum information theoretic measures in QFT. 

My main research interest is radio transients—specifically Fast Radio Bursts (FRB). I am interested in studies of repeating FRBs and FRBs as cosmological probes. 

My current research interests are in the mathematical structures governing the behavior of low-dimensional quantum systems in the presence of magnetic fields.

I am interested in machine learning and data science, with applications to astrophysics and cosmology. 

My research is focused on the use of modem amplitude methods to better understand gravity. 

My main interest is to test fundamental physics with the most violent experiments in the universe such as mergers of binary black holes, tidal disruptions of stars and neutron star collisions (kilonova). 

My research interests are the so-called 'Hubble tension'. 

My project aims to explore light quark evolution in a thermal medium by performing a numerical analysis of open string evolution in AdS_5 space. 

I'm interested in the applications of the double copy to interesting theories of gravity. 

My current research is focused on aspects of many-body quantum chaos.