We are a dynamic research group based at the National Institute of Technology, Rourkela, India, actively engaged in cutting-edge research at the intersection of nuclear physics, astrophysics, and dark matter studies. Our primary focus revolves around the intricate physics of neutron stars, with a strong emphasis on connecting our findings with multi-messenger astronomical observations, nuclear experiments, and dark matter investigations.
At present, our research is primarily centered on the following captivating dimensions:
1. Equation of State of Neutron Stars: We delve deep into understanding the fundamental question: What are neutron stars composed of? Our investigations aim to decipher the exotic and dense matter that makes up these celestial objects.
2. Hyperons in Neutron Stars: We explore the presence of strangeness-bearing particles, known as hyperons, at the core of massive neutron stars. This research sheds light on the unique properties of extreme-density matter.
3. Thermal Evolution of Neutron Stars: We investigate the intricate thermal evolution of both isolated and accreting neutron stars. Our studies seek to elucidate how the internal temperature of neutron stars evolves, whether they exist in isolation or are in binary systems with companion stars.
4. Constraining Dark Matter from Neutron Stars: We are dedicated to the intriguing pursuit of constraining dark matter through neutron star observations. Our work aims to uncover potential signatures and interactions of dark matter particles within these cosmic laboratories.
Our research group is committed to pushing the boundaries of knowledge in these domains, contributing to the broader scientific understanding of neutron stars, nuclear physics, astrophysics, and the elusive dark matter. Through our multifaceted approach, we endeavor to bridge the gap between theory and observation, unraveling the mysteries of the cosmos.
We are looking for passionate new PhD students, and Master students to join the team (more info) !
30 May 2024
Congrt. S Mohanty for accepted paper in PRD
1 September 2023
Congrt. Pinku for accepted paper in MNRAS