Speaker
Tomas Jezo
(ITP WWU)
Description
Science is entering a new era in the investigation of nuclear matter, driven by a wealth of precision data from the JLab, HERA, RHIC & LHC experiments. The nCTEQ project employs cutting-edge theoretical techniques to analyse these data sets comprehensively. In my talk I will review some of the most recent advances in the nCTEQ approach including 1) the addition of heavy-quark production data from the LHC in order to constrain the nuclear gluon PDF down to very small values of x; 2) the careful reanalysis of neutrino DIS data improving the determination of the strange-quark content and aiding flavour separation; 3) the implications of a new nPDF parametrisation inspired by Short Range Correlations at high x.
| Affiliation | ITP WWU |
|---|---|
| Financial Support | I apply for financial support (non-student application) |
Primary authors
Tomas Jezo
(ITP WWU)
Michael Klasen
(Uni Muenster)
