MWMingyuan WangCV

Academic experience

Experience

Jet substructure and medium effects in heavy-ion collisions, alongside experience in detector simulation and event reconstruction.

01

MSc Thesis Project

Utrecht University

Jet Substructure in Heavy-Ion Collisions

Supervisor: Wilke van der Schee

  • Developing a model to study how the quark–gluon plasma modifies jet substructure, using Trajectum's hydrodynamic evolution and vacuum parton showers embedded in the medium.
  • The project aims to add a simple energy-loss prescription to the parton shower and investigate its effects on the Soft Drop groomed splitting function and jet shapes.
TrajectumParton ShowersJet QuenchingSoft Drop
02

Research Intern

Shandong University

Spherical Detector Image Reconstruction

Supervisor: Prof. Hongyue Duyang

  • Simulated particle events, trajectories and detector-response images in a spherical detector.
  • Explored machine-learning methods for event and image reconstruction.
PythonC++ROOTMachine Learning
03

Research Intern

Sun Yat-sen University

Neutrino Detector Simulation and Energy Spectrum Analysis

Supervisor: Prof. Fengpeng An

  • Modelled plastic-scintillator cubes and photomultiplier-tube response.
  • Reconstructed energy spectra with Bayesian and SVD unfolding and compared detector efficiencies.
PythonC++ROOTGEANT4

Next

Projects