Electroweak production of supersymmetric particles which can decay into a pair of bosons (W/Z/H). In this paper, we try to look for pair of bosons that decay hadronically using the help of deep neural network jet tagging techniques. The neutrinos escape though the detector and defined the analysis search bins based on this missing transverse momentum.

Background modeling is done using the data control regions and transfer factor method. Several sources of systematic uncertainties are included for the backgrounds.

Presented the SUS-21-002 analysis at the Moriond conference.

Presented the summary for searches for supersymmetry in hadronic final states combining the results from various CMS analyses.

Our search on the electroweak SUSY search was the first analysis in CMS to acheive senstivity towards Higgsinos in MSSM with lighest neutralino as the LSP.

https://cds.cern.ch/record/2839753/files/CR2022_147.pdf 

Search for electroweak production of charginos and neutralinos in hadronic WH, WZ, and WW final states with large missing transverse momentum.

Physics Phenemology research based on the concept of neutrino oscillations. Calculated the probability of neutrino oscillations, the oscillation length using the see-saw mechanism to generate the masses of the neutrinos.

Worked on the simulated data to find the efficiency of a muon using C++ and ROOT software.

Presented my results to the IITM Physics department.