My outreach activities combine research communication with public engagement in Odisha. They range from writing in accessible science magazines to speaking with school students, training teachers, organizing annual masterclasses in particle therapy and accelerators, and conducting cancer-awareness programmes in partnership with Tata Memorial Centre and NISER.
In this Current Science article I discussed the STAR experiment’s evidence for the most massive antinucleus discovered at the time: a negatively charged antimatter state containing an anti-proton, an anti-neutron, and an anti-Lambda particle. It was also the first anti-nucleus containing an anti-strange quark, making it an important result for both antimatter studies and hypernuclear physics.
This article explained the motivation for the RHIC Beam Energy Scan and introduced the idea of the QCD phase diagram to a wider readership. It described how strongly interacting matter changes under extreme conditions and why varying temperature and baryon chemical potential in heavy-ion collisions may reveal the critical point and the nature of the phase transition between hadronic matter and quark-gluon plasma.
Current Science article • Science paper on the scale of the QCD phase diagram
This article described the experimental discovery of anti-helium-4 using the STAR Time Projection Chamber and the characteristic ionization-energy-loss technique. It explained how the anti-alpha candidates were identified and why this result mattered for antimatter studies, nuclear physics, and cosmic-ray related questions.
This article explained how the quark-gluon plasma created at RHIC and the LHC behaves as a strongly coupled near-perfect fluid. It drew connections between the hottest matter created on Earth and other strongly coupled systems, including ultracold fermionic gases, and highlighted the remarkable smallness of the shear-viscosity-to-entropy-density ratio.
Current Science article • Paper on extracting the shear viscosity to entropy density ratio
This article summarized the development of our understanding of the bulk properties of strongly interacting matter, especially the observation that quark-gluon plasma behaves both as a nearly inviscid liquid and as a medium highly opaque to energetic colored probes. It also emphasized how this research opened new directions in relativistic viscous hydrodynamics and strongly coupled quantum field theory.
Current Science article • Paper on opacity measurements in heavy-ion collisions
The first magazine of the NISER Astronomy Club captured the spirit of student-led astronomy outreach and scientific curiosity. I contributed a reflection on childhood stargazing, the emotional and intellectual wonder of the night sky, and the role astronomy plays in inspiring a lifelong engagement with science.
Every year, as the Indian Coordinator of the International Particle Physics Outreach Group (IPPOG), I organize the Particle Physics Master Class at NISER in collaboration with IPPOG. About one hundred school students from the local area participate in this one-day programme, where they are introduced to particle therapy, accelerators, hands-on sessions using MatRad, and an interactive Kahoot quiz.
Every year on 4 February, on the occasion of World Cancer Day, Tata Memorial Centre and NISER, under my leadership, organize a cancer-awareness programme. Typically between five hundred and one thousand people from the local community participate, making it a significant public-health and science-communication event.
My outreach has included interactions with science teachers and students organized by the Odisha Bigyan Academy, telescope sessions for school students at NISER, and multiple science camps including those at KIIT University and other educational institutions across Odisha.
Outreach activities have also included encouraging public participation in voting awareness events with the Election Commission of Odisha, and conducting Indian Physics Association Young Physicists’ meetings involving students from Odisha and other eastern and northeastern states.