Profile

My research revolves around the broad application of effective field theory (EFT) spanning a wide energy spectrum. My research interests encompass: 

     • SMEFT and related EFTs, exploring their phenomenological applications at colliders like the LHC, renormalization group running effects at both the LHC and low-energy experiments (e.g., Belle-II), and formal aspects such as positivity bounds; 

     • NRQCD, including the development of NRQCD factorization for fully-heavy tetraquark production and other phenomenological applications in quarkonium physics; 

     • Searches for new physics such as low-energy lepton-flavor violation and neutrinoless double beta decay, especially where EFT may play a role. 

I’m also broadly interested in other high energy physics related topics, including perturbative QCD, collider phenomenology, etc.