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High Energy Physics and Astrophysics

Overview

The group is involved in the research works comprising of astrophysics and particle physics as a part of understanding the origin and evolution of Universe. It aims at the participation in the exciting theoretical and phenomenological developments in the field of fundamental interactions of nature in cohesion with the rapid growth of new observational and experimental data in the field. The group addresses the forefront problems on both scales: using the universe and astrophysical objects to learn fundamental underlying features of particle physics and employing what is learned from particle physics to provide a better understanding of the universe at large scale by exploring nature and properties of the objects in it. The group is robustly active in several sub-domains of High Energy Physics.

Collaborations

Researchers, postdocs and students working in this group can also take advantage of the rich environment of scientific institutions closely related to the areas of current research focus with whom we have active collaborations: 

Faculty PhD Students
  1. Jitendra Kumar
  2. Lata Panwar
  3. Monika Sinha
  4. Reetanjali Moharana


ProjectsResearch Highlights

On going

  1. DST-SERB funded “Magnetars with superfluid core”

Completed

  1. CSIR funded “Hunting new physics through b -> s transitions”
  1. Identifying the origin of lepton-universality violation at collider experiments
  2. Belle Collaboration confirmed our results (Fig. 2)
  3. Figure from our paper " High-energy neutrinos from the gravitational wave event GW150914 possibly associated with a short gamma-ray burst" displayed as ’Kaleidoscope’ on the journal website of Physical Review D. (Fig. 1)


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