Read article 'ALICE measures a rare Ω baryon'
ALICE measures a rare Ω baryon
These results will improve the theoretical description of excited baryons.
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Read article 'ALICE measures a rare Ω baryon'
Read article 'ALICE does the double slit'
ALICE does the double slit
The ALICE collaboration has measured an interference pattern at the femtometre scale using ultra-peripheral collisions between lead nuclei at the LHC.
Read article 'ALICE ups its game for sustainable computing'
ALICE ups its game for sustainable computing
Volker Lindenstruth goes behind the scenes of a completely new computing model that allows the ALICE collaboration to merge online and offline data processing into a single softwar...
Read article 'ALICE looks through the Milky Way'
ALICE looks through the Milky Way
New results from the ALICE collaboration that probe the Milky Way's transparency to antimatter serve as an important guide for dark-matter searches.
Read article 'ALICE 3: a heavy-ion detector for the 2030s'
ALICE 3: a heavy-ion detector for the 2030s
The ALICE collaboration is charting a course to an exciting heavy-ion physics programme for Runs 5 and 6 at the High-Luminosity LHC.
Read article 'ALICE tracks new territory'
ALICE tracks new territory
The recently installed, upgraded ALICE inner tracking system is the largest pixel detector ever built and the first at the LHC to use monolithic active pixel sensors.
Read article 'ALICE shines light inside lead nuclei'
ALICE shines light inside lead nuclei
The collaboration is using the quasi-real photons which accompany ultra-relativistic proton and lead beams to measure the photoproduction of charmonia and constrain "nuclear shadow...
Read article 'ALICE’s dark side'
ALICE’s dark side
Precision measurements of the production and annihilation of light antinuclei are sharpening the search for dark matter.
Read article 'ALICE extends quenching studies to softer jets'
ALICE extends quenching studies to softer jets
Jet modification effects are predicted to be strongest in this kinematic region.
Read article 'ALICE probes extreme electromagnetic fields'
ALICE probes extreme electromagnetic fields
When fewer than half the available lead nucleons merge and form a quark–gluon plasma, the spectators generate the strongest electromagnetic fields yet probed by scientists.