0000-0002-4292-1735 About
I am a doctoral researcher in Experimental Nuclear Physics at Banaras Hindu University, India. My research focuses on heavy-ion induced fusion–fission dynamics, with particular emphasis on nuclear shell effects, dissipation, entrance-channel effects, neutron multiplicity, and fission-fragment observables. My work combines experimental measurements, C++/ROOT-based data analysis, and nuclear reaction modelling to investigate the dynamics of excited nuclear systems.
Employment
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Banaras Hindu University Prime Minister's Research Fellow2021 - 2026
Education
Education history is unavailable.
Projects & Funding
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Publications (49)
- To investigate the impact of shell closure on N/Z of 206-216 Rn * using neutron multiplicity as a probe Save
- Cross correlation between neutron- and proton-shell closure in the pre-actinide region Save
- Cross-section measurement of 181Ta(n,γ)182Ta with covariance analysis Save
- Analysis of $^{98}$Mo(n,$gamma$) $^{99}$Mo reaction cross sections: Effect of level density and optical model parameter variations Save
- Experimental evidence for neutron–proton shell closure correlations in heavy-ion-induced fission Save
- Measurement of excitation function of $^{nat}$In for alpha-induced nuclear reaction Save
- Study of alpha induced reaction cross-section on $^{197}$Au Save
- A study of dynamical effects in heavy-ion fusion reactions in the mass region ACN≥100 Save
- Impact of odd-odd and even-even target-projectile on particle multiplicities Save
- To investigate the impact of N/Z on pre-scission neutron multiplicity for $^{206}$Rn* Save