Are you interested in writing a thesis about these subjects?
Available specific subjects quickly change in time, so you better contact Francesco Becattini and/or Luca Del Zanna.

Available Thesis

Triennale
  • Da discutere personalmente col docente.
Magistrale
  • Studio teorico dei fluidi relativistici con spin, ideali e dissipativi e determinazione dei coefficienti di trasporto.
  • Software per la simulazione della produzione di particelle e per la simulazione del comportamento di fluidi relativistici dissipativi applicati alle collisioni di nuclei di altissima energia.
Meanwhile you might want to know which courses are recommended to be able to do your thesis work.
For Laurea Magistrale the recommended course is:

Sistemi Relativistici
(prof. F. Becattini)
  •  Introduzione alla termodinamica e alla meccanica statistica relativistica
  • Insiemi statistici relativistici
  • Formulazione quantistica covariante della meccanica statistica
  • Entropia in relatività e corrente di entropia
  • Fluidodinamica classica
  • Fluidodinamica relativistica
  • Teoria quantistica e relativistica del non-equilibrio
  • Coefficienti cinetici, formule di Kubo relativistiche e simmetrie
  • Teoria dei campi a temperatura finita
  • Metodo delle funzioni di Green termiche
  • Un plasma relativistico in laboratorio terrestre: il QGP
Further information with notes and slides shown in the course 2013-14 can be found here.

Chiral Matter

from quarks to quantum materials
(prof. D. Kharzeev)
Lectures given by prof. Dmitri Kharzeev (personal web page) at Università degli Studi di Firenze in June 8-21, 2017.
kharzeev_lectures_1.pdf
File Size: 3197 kb
File Type: pdf
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kharzeev_lectures_2.pdf
File Size: 948 kb
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kharzeev_lectures_3.pdf
File Size: 3124 kb
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kharzeev_lectures_4.pdf
File Size: 1637 kb
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kharzeev_lectures_5.pdf
File Size: 8868 kb
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Suggested reviews:
  • D. Kharzeev, K. Landsteiner, A. Schmitt, H.U.Yee (Eds), “Strongly interacting matter in magnetic fields”, Springer, 2013; arxiv:1211.6245
  • D. Kharzeev, “The chiral magnetic effect and anomaly-induced transport”, Prog.Part.Nucl.Phys. 75 (2014) 133; arxiv: 1312.3348
  • D. Kharzeev, “Topology, magnetic field and strongly interacting matter”, arxiv: 1501.01336; Ann. Rev. Nucl. Part. Science (2015)
  • D. Kharzeev, J.Liao, S.Voloshin, G.Wang, “Chiral magnetic and vortical effects in high-energy nuclear collisions: A status report” Prog. Part. Nucl. Phys. 88 (2016) 1