Despite the fact that astronomers cannot peer at what goes on inside the black hole, a black hole's gravitational effects on its neighborhood allow for a number of indirect observations. Swirls of infalling gas heat up and give off radiation to illuminate a black hole's vicinity, and the orbits of stars around a black hole allow astronomers to estimate its mass. Now researchers have proposed a new optical technique to observe and study black holes by measuring the imprint they should leave on the light that passes near an event horizon.
- Astrophysics, Gravity and Theoretical Elementary Particle Physics Postdoctoral Positions in Department of Physics, IIT Bombay
- Senior Experimental Lab postion for LIGO-India at IUCAA
- LIGO-IndIGO summer research program
- Max Planck Postdoctoral Fellowship at the International Centre for Theoretical Sciences, Bangalore
- Post-doctoral Position under CEFIPRA Project on Gravitational Waves at Indian Institute of Science Education and Research Thiruvananthapuram, India (IISER TVM)