The EXperiment and TheoRy in Extreme MattEr collaboration is a group of researchers focused on phenomenology of High Energy Heavy Ion Collisions, with special interest in connecting theory with experiments.
Presentations:
- Hot Quarks 2018, presented by Tiago Nunes in Sep. 2018
- EPIPHANY, presented by David D. Chinellato in Jan. 2019
- Winter Workshop in Nuclear Dynamics 2019, presented by Jun Takahashi in Jan. 2019
- Winter Workshop in Nuclear Dynamics 2019, presented by Jorge Noronha in Jan. 2019
- Reunião de Trabalho sobre Interações Hadrônicas, presented by Maurício Hippert, Mar. 2019
- Strangeness in Quark Matter, presented by our collaborator Christian Bierlich, in Jun. 2019.
- Initial Stages 2019, presented by Maurício Hippert, July 2019.
- Initial Stages 2019, presented by Jorge Noronha, July 2019.
- ENFPC 2019, presented by Jun Takahashi in Sep. 2019.
- ENFPC 2019, presented by Maurício Hippert, Sep. 2019.
- QM2019, “Momentum-dependent flow fluctuations as a hydrodynamic response to initial geometry ” presented by Maurício Hippert, Nov. 2019.
- QM2019, “Pre-hydrodynamic evolution and its signatures in final-state observables “presented by Tiago Nunes, Nov. 2019.
- XLIII Reunião de Trabalho sobre Física Nuclear no Brasil, presented by Maurício Hippert, in December 2020, “Probing the structure of the initial state of heavy-ion collisions with pT -dependent flow fluctuations”.
- Initial stages 2021, presented by Tiago Nunes, in Jan. 2021. “Pre-hydrodynamic evolution and conformal symmetry in small systems”
- Initial stages 2021, presented by Maurício Hippert, in Jan. 2021. “Fixing the nuclear charge density with finite nucleons”
- SQM2021, “Charm and multi-strange baryon measurements via strangeness tracking in the upgraded ALICE detectors”, presented by David D. Chinellato, May 2021.
Papers by the EXTREME Collaboration
Internal notes:
Support:
The project has the support of the following research grants: FAPESP temático grant 2017/04616-7, and FAPESP grants 2018/01245-0, 2018/07833-1 and 2016/24029-6, and CNPq grants 306397/2016.