The ALICE Collaboration reports a wide range of new physics results at the Large Hadron Collider Physics conference (LHCP2022) this week (16-21 May 2022). The status of the upgraded detector commissioning for the LHC Run 3, prospects for further upgrades for Run 4, and the completely new heavy-ion detector ALICE 3 for Run 5 and beyond are also presented. The ALICE Collaboration participates in LHCP2022 with 6 plenary, 17 parallel and 11 poster presenters. The plenary presentation on 16 May reports the highlights of new ALICE measurements and the status of the experiment. A selection of these topics is presented in the following sections. Read more...

The ALICE Collaboration reports a wide range of new physics results at the Quark Matter 2022 conference this week (4-10 April 2022). The status of the upgraded detector commissioning for the LHC Run 3, prospects for further upgrades for Run 4, and the completely new heavy-ion detector ALICE 3 for Run 5 and beyond are also presented. The ALICE Collaboration participates in Quark Matter 2022 with 1 plenary, 35 parallel, and 94 poster presenters. Read more...

The anti-³He inelastic interaction cross-section was measured for the first time, using the ALICE detector material as an effective target in proton-proton and lead-lead collisions at the LHC: arXiv link.... Read more.

Non-prompt to prompt D⁰-meson R_AA ratio, measured as a function of transverse momentum in the 0–10% central Pb-Pb collisions at 5.02 TeV: arXiv link.

The Λ_c production yield, the Λ_c⁺/D⁰ production ratio, and the Λ_c nuclear modification factor R_AA are presented Pb-Pb collisions at 5.02 TeV: arXiv link.

Nuclear modification factor and elliptic flow coefficient as a function of p_T measured in the 0-10% and 30-50% centrality class, respectively, and compared with theoretical model predictions implementing charm-quark transport in the QGP.

Measurement of the coalescence parameters B₂ (left) and B₃ (right) as a function of transverse momentum in high-multiplicity pp collisions and comparison with theoretical predictions corresponding to different nuclear wave functions.

Proton-φ momentum correlation function as a function of relative momentum, compared to the fit function, measured for the first time by the ALICE collaboration at the LHC in pp collisions at 13 TeV.

Inclusive J/ψ production cross section measured at midrapidity for pp collisions compared to model calculations (left), and the beauty cross section at midrapidty as a function of c.m. energy (right panel).

The ALICE Collaboration participates in EPS-HEP2021 with 1 plenary, 27 parallel and 7 poster presenters.