The theorist.
The statistics and computation guy.
PhD is mainly on the decays of Charm quarks and mesons. Research areas thereafter has been 1) Semileptonic B decays, 2) Effect of certain symmetries and their breaking on the 2-body non-leptonic decays.
PhD deals with anomalous signatures in B decays. Planning to work on generic-model-dependent interface of particle and astrophysics (e.g. dark matter).
Precision extraction of CKM matrix element 'Vcb' and SM predictions of observables in semileptonic B decays. Working on missing higher order (non)perturbative corrections in inclusive semileptonic B decays.
Phenomenological implications of flavour data in the dark sector physics. Specifically, to explain the flavour anomalies in the presence of dark matter and study the associated collider signatures of such models.
Model dependent and independent global analysis of deviations in semileptonic B decays and inverse model-selection of allowed new physics through novel statistical analyses.
Analysis of new physics beyond the Standard Model using machine learning, especially self-normalized neural networks.
I am currently studying lepton flavor violating decays and anomalous magnetic moment for different models and dark matter phenomenology for those models.
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