Dissertation Defense: Bo Ling  Add To Calendar

  • Date(s): Friday, 3/18 3:30 PM to Friday, 3/18 5:00 PM
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  • Campus Address: 2214 SES (Science and Engineering South)

Title: Using Fluctuations to Explore QCD Phase Diagram

Abstract: Quantum Chromodynamics is one of the most remarkable theories of Nature. Its mathematical foundations are concise, yet the phenomenology which the theory describes is broad and diverse. QCD phenomenology at finite temperature and baryon number density is one of the least explored regimes of the theory. Thermodynamic properties of QCD theory are most readily expressed in terms of a phase diagram in the space of thermodynamic parameters as T and μB. On the other hand, the event-by event fluctuations of suitably chosen observables in heavy ion collisions can tell us about the thermodynamic properties of the hadronic system at freeze-out, as well as the thermodynamic properties at early time such as initial state. In this thesis, we are going to use fluctuations to study QCD phase structure.

Bo Ling Defense Poster