Highlights
-
![]()
On June 3, ECT* Senior Researcher Simone Taioli gave an interview on nuclear energy to the local television channel TV33.
Read more
Latest news
-
![]()
07 October 2026ECT* hosts Catalina Curceanu (INFN) on 14 October 2026 for a seminar geared towards PhD studentsMore info -
![]()
05 October 2026From October 2026, ECT* provides transnational access to explore the strong force that shapes visible matter through a new Horizon Europe projectMore info -
![]()
30 July 2026Andreas Juettner of Southampton University and CERN joins the ECT* Scientific BoardMore info -
![]()
27 July 2026On 27 July 2026, a Memorandum of Cooperation was signed with the Bogolyubov Institute in KyivMore info
Upcoming events
-
![]()
Catalina Curceanu will present a program of underground experiments at the Gran Sasso National Laboratory and other underground labs aimed at probing quantum-gravity-inspired deviations from standard quantum theory.More info -
![]()
Exotic atoms—where electrons are replaced by heavier particles such as muons, pions, kaons, antiprotons or heavier antinuclei—serve as very powerful precision laboratories to investigate the fundamental interactions and symmetries of nature.More info -
![]()
The past fifteen years have seen a remarkable evolution in our perception of hadron structure. Especially within the past five years, modern experimental facilities, new techniques for the continuum bound-state problem, and progress with lattice-regularized QCD have begun pointing to a crucial role for soft quark + quark (diquark) correlations in forming the structure of hadrons.More info -
![]()
The proposed workshop will cover one of the most outstanding topics of strong interaction physics which is the dynamics of quark-gluon interaction in the nuclear medium.More info -
![]()
The quest for a theory capable of describing both the microscopic and macroscopic realms is on the verge of a paradigm shift. At the center of this shift lies one of the longest-standing debates in the foundations of quantum mechanics: the nature of wave-function collapse, i.e. the “measurement problem”.More info
