ALICE tracks charm energy loss in the QGP
The first direct observation of the suppression of charmed mesons at high transverse-momentum in head-on nucleus–nucleus collisions indicates that charm quarks suffer a strong l...
The first direct observation of the suppression of charmed mesons at high transverse-momentum in head-on nucleus–nucleus collisions indicates that charm quarks suffer a strong l...
The ALICE experiment, with its state-of-the-art detection systems, produced a wealth of results during Run 1 of the LHC (2009–2013) – driving a new impetus in the field of hea...
The ALICE experiment, which is being prepared for CERN's Large Hadron Collider, has developed the ALICE production environment.
The ALICE experiment is devoted to the study of strongly interacting matter, where temperatures are sufficiently high to overcome hadronic confinement, and the effective deg...
With the completion of two major installation projects, nearly all the infrastructure for the ALICE experiment is now in place in the cavern at Point 2 on the LHC ring, near St. ...
The results, presented at the Quark Matter 2011 conference (Heavy ions in Annecy), hint at the recombination of charm and anticharm quarks in the quark–gluon plasma (QGP) formed ...
The ALICE experiment is optimized to perform in the environment of heavy-ion collisions at the LHC, which can produce thousands of particles. Its design combines an excellent verte...
Résumé ALICE : la matière nucléaire froide est-elle vraiment froide ? En septembre 2012, pour la première fois, des collisions proton-plomb ont eu lieu au ...
Ten years on from the LHC's first high-energy collisions, Mark Rayner interviews some of the foremost detector experts on what it took to keep the experiments fighting fit.
The first 500 crystals for the ALICE experiment's photon spectrometer (PHOS) arrived at CERN in May after a journey via Moscow from the town of Apatity in the Russian arctic region...