Gravity is probably the most instinctive and familiar fundamental interactions of nature. Despite we have made quite a progress during the past 300 years, but a complete description of gravity is still far from our reach.
Our research interests lie within the area of gravitational physics especially those involving compact objects e.g. black holes, neutron stars and boson stars etc. These compact objects often exhibit strong gravitational effect. Therefore, they are a good playground to test our idea about gravity. In strong gravity region such as around neutron stars/black holes or at black hole's singularity, these are the places where our theory of gravity is pushed into the extreme limit. By exploring these regions, we expect to gain a new insight or even to see some deviation from our current theoretical models.
Current active research topics are
Our research interests lie within the area of gravitational physics especially those involving compact objects e.g. black holes, neutron stars and boson stars etc. These compact objects often exhibit strong gravitational effect. Therefore, they are a good playground to test our idea about gravity. In strong gravity region such as around neutron stars/black holes or at black hole's singularity, these are the places where our theory of gravity is pushed into the extreme limit. By exploring these regions, we expect to gain a new insight or even to see some deviation from our current theoretical models.
Current active research topics are
Black holes
- Black hole solutions and their interactions with fundamental particles
- Stability of black holes
- Black hole thermodynamics
- Black hole shadow
- Equation of state of neutron star
- Quasinormal modes