A Large Ion Collider Experiment is one of the largest experiments in the world devoted to research in the physics of matter at an infinitely small scale.
Jets can help nuclei come together: New ALICE result, highlighted in @CERNCourier, shows that deuteron production is enhanced within jets in pPb collisions, supporting the notion that light nuclei can form when nucleons are close together in phase space.
https://t.co/wasEtlHx2c
The ALICE Collaboration is ready for LHCP 2026!
This year, ALICE will contribute with 6 plenary and 16 parallel talks, 9 posters!
See you at the LHCP Conference in Paris from 18–22 May!
https://t.co/ZDhbmY0Djg
#CERN#LHCP2026#particlephysics#physics
At the ALICE Collaboration, machine learning is not just a buzzword - it’s becoming a key tool in how we explore fundamental physics. Learn more:
https://t.co/LLNmiWcdy6
ALICE presents a broad set of new physics results at the SQM 2026, contributing 2 plenary and 25 parallel talks, and 13 posters: LHC Run 3 results from strange and heavy quarks to probe QGP.
A selection of results:
https://t.co/HKh0ui73YM
ALICE sees new sign of primordial plasma in proton collisions
The ALICE Collaboration takes a step further in addressing the question of whether a quark–gluon plasma can be formed in proton–proton and proton–nucleus collisions.
Find out more: https://t.co/plaNzqLzE6
Honored to welcome Her Excellency Ms Celina Peña, Undersecretary for Technology and Innovation of the United Mexican States, to ALICE.
Kai Schweda, Andrea Dainese, Arturo Fernández Téllez shared how LHC collisions allow us to study the earliest moments of the universe.
#cern
We were pleased to welcome His Excellency Mr Fedor Rosocha, Ambassador Extraordinary and Plenipotentiary and Permanent Representative of the Slovak Republic to the United Nations Office and other international organizations in Geneva, to ALICE. ⚛️
We were pleased to welcome Her Excellency Ms Marie Chatardová, Deputy Minister of Foreign Affairs of the Czech Republic, to ALICE.
Anthony Timmins, Silvia Pisano and Filip Krizek shared our excitement for exploring the earliest moments of the universe at the LHC. ⚛️
Do all jets lose energy in the same way?
By studying how particle jets are modified as they traverse the quark-gluon plasma created in heavy-ion collisions, ALICE reveals how QGP affects heavy- and light-flavour jets, as reported in the @CERNCourier:
https://t.co/n8ZoSwjMpj
Mar 8: International Women's Day, ALICE recognizes important contributions of women to the activities and achievements of the collaboration. The 130 women featured in the poster represent a fraction of the 450 women, including about 200 female students.
#IWD2026#WomenInScience
Have you ever imagined standing on the roof of the ALICE experiment?
Prototypes of ALICE 3 Muon Identifier (MID) - based on plastic scintillators and MWPC technology - are being installed on top of the ALICE magnet and being tested!
On the occasion of #WomenInScience Day (11 February 2026), we are delighted to introduce 🎙️ Batoul Diab, Physics Coordinator of the Muon Forward Tracker (MFT) in the ALICE experiment at CERN, working at the interface between detector performance and physics.
On the occasion of #WomenInScience Day, we are delighted to introduce 🇧🇷✨ Maria Paula, a doctoral student from Brazil, currently part of the CERN Doctoral Student Programme for Non-Member States 🧑🎓🌍 and working with the ALICE Collaboration!
🎥 Watch the video to learn more ..
On the occasion of #WomenInScience Day, we are delighted to introduce Silvia Pisano, the Run Coordinator of ALICE.
In this role, she is responsible for coordinating pp and heavy-ion data taking in 2026.
📷 Watch the video to learn more ....
During 2023 lead-ion run, ALICE was poised for its most exciting year yet. But when the first beams collided, part of the detector went blank. The cause? A tiny beam contamination sending stray particles into the tracker. Full story @symmetry magazine:
https://t.co/VU3IjKjx0Y
Strangeness at its extremes: Unlike up & down quarks, strange quarks aren’t valence quarks in colliding hadrons - they’re produced via interactions. ALICE shows even tiny pp collisions can yield many strange particles.
https://t.co/lb0KCXnSSF
ALICE enters 2026 with a new management team, led by Kai Schweda as spokesperson, succeeding Marco van Leeuwen. The new team includes Deputy Spokespersons Andrea Dainese and Anthony Timmins.
https://t.co/BJ4YG0OHVb
ALICE enters 2026 with a new management team, led by Kai Schweda as spokesperson, succeeding Marco van Leeuwen. The new team includes Deputy Spokespersons Andrea Dainese and Anthony Timmins.
https://t.co/ve7hez0Xga