We expect to have review and contributing talks in the mornings and work in groups in the afternoons.
Morning 1 : introduction to AFTER
– Key figures of AFTER :sqrt(sNN), luminosities, likely detectors acceptances,...
– Flagship studies at AFTER
Morning 2 : physics in pp and pd collisions
– Gluon pdf reach in the proton and neutron
– Heavy-quark content in the nucleon
– W/Z production, Drell-Yan process
Morning 3 : spin physics
– Anomalous Single Spin Asymmetries
– Single Spin Asymmetries with gluon sensitive probes
– Asymmetries with final state polarisation
– Target polarisation
Morning 4 : cold and hot nuclear matter studies
– Nuclear matter studies in pA nucleus
– Quest for quarkonium sequential suppression
– Ultra-relativistic heavy-ion collisions from the perspective of the target rapidity domain
Morning 5 : semi-diffractive physics, forward heavy-baryon production
– Ultra-peripheral collisions
– Diffractive heavy-baryon production
– Connections with cosmic ray studies
Morning 6 : Review talks on Heavy-Ion Collisions and Spin physics
Afternoon 6 : Bent crystal, beam collimation & extraction; ALICE upgrades
Morning 7 : Summary talks : Technical aspects & simulation, synergies with LUA9, Spin
Afternoon 7 : Summary talks : quarkonia, heavy-flavour, pA, AA & (n)PDF
Morning 8 : synergies, future tasks, funding applications, future collaboration & network, creation of a study group...
Afternoon 8 : Other fixed-target experiment project
Morning 1 : introduction to AFTER
– Key figures of AFTER :sqrt(sNN), luminosities, likely detectors acceptances,...
– Flagship studies at AFTER
Morning 2 : physics in pp and pd collisions
– Gluon pdf reach in the proton and neutron
– Heavy-quark content in the nucleon
– W/Z production, Drell-Yan process
Morning 3 : spin physics
– Anomalous Single Spin Asymmetries
– Single Spin Asymmetries with gluon sensitive probes
– Asymmetries with final state polarisation
– Target polarisation
Morning 4 : cold and hot nuclear matter studies
– Nuclear matter studies in pA nucleus
– Quest for quarkonium sequential suppression
– Ultra-relativistic heavy-ion collisions from the perspective of the target rapidity domain
Morning 5 : semi-diffractive physics, forward heavy-baryon production
– Ultra-peripheral collisions
– Diffractive heavy-baryon production
– Connections with cosmic ray studies
Morning 6 : Review talks on Heavy-Ion Collisions and Spin physics
Afternoon 6 : Bent crystal, beam collimation & extraction; ALICE upgrades
Morning 7 : Summary talks : Technical aspects & simulation, synergies with LUA9, Spin
Afternoon 7 : Summary talks : quarkonia, heavy-flavour, pA, AA & (n)PDF
Morning 8 : synergies, future tasks, funding applications, future collaboration & network, creation of a study group...
Afternoon 8 : Other fixed-target experiment project
-
introduction to AFTER
-
physics in pp and pd collisions
-
spin physics
-
cold and hot nuclear matter studies
-
semi-diffractive physics, forward heavy-baryon production
