Dr. Priya Sharma is an experimental nuclear physicist with expertise in nuclear reactions, γ-ray spectroscopy, radiation and particle detectors, and ROOT and Geant4 simulations. She is deeply engaged in physics teaching and education, with a strong focus on making advanced topics in nuclear physics, detector systems, and computational simulations accessible to undergraduate and postgraduate students.

She completed her postdoctoral research at GANIL, France  and SINP, India and earned her Ph.D. in Nuclear Physics from Panjab University, India.

Geant4 Simulation of an HPGe Clover Detector Array

A complete, research-grade Geant4 simulation covering geometry, sensitive detectors, addback, veto systems, and event-level analysis.

Popular Topics

Nuclear Physics

The 15UD Pelletron at IUAC is India’s premier tandem electrostatic accelerator, supporting university researchers across the country.

 

In quantum mechanics, the angular momentum is quantized, which means it can only take on certain discrete values.

Binding energy is the minimum work required to completely separate a nucleus into its constituent nucleons. 

GEANT4

In Geant4, creating a solid box involves defining a geometric shape using the appropriate classes provided by the toolkit. 

Geant4 provides a rich set of classes for creating complex geometries. 

My Research Background

The following are the institutions where I did my research work till date.

Panjab University

I have completed PhD from Punjab University.

IUAC

I have used the facility at IUAC, New Delhi during my Ph.D.

SINP

I did my first postdoc from SINP, Kolkata

GANIL

Recently, I completed my postdoctoral fellowship at GANIL in France.

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