Past Doctoral Training Programs

The goal of this DTP/TALENT school is to provide the attendees with high level training on nuclear physics and nuclear astrophysics from various perspectives

The 2023 ECT* Doctoral Training Programme edition focuses on ab initio nuclear theory, with emphasis on modern computational methods and emerging technologies.

The 2022 ECT* Doctoral Training Programme edition focuses on hadron physics using functional methods, with an emphasis on Dyson-Schwinger and Bethe-Salpeter equation (DSEs and BSEs).

DTP | Doctoral Training Program 2021 on High-Energy and Nuclear Physics within Quantum Technologies.

POSTPONED TO 2021 | The purpose of this school is to bring together experts and leaders in quantum information and high-energy physics to train a new generation of researchers in the state-of-the-art methods, applications, and open problems in both fields.

ECT* Doctoral Training Program Effective Field Theory Techniques (EFTT) will focus on techniques and applications of effective field theories in sub-atomic physics.

The ECT* Doctoral Training Programme (DTP) will focus on Quantum Chromodynamics under extreme conditions of nonzero temperature and density. The aim for the DTP is to guide the participants from the basics (quantum field theory at nonzero temperature, symmetries) via lattice QCD and other nonperturbative methods to the description of neutron stars and heavy-ion collisions, where comparisons with data are possible.