Production of bottomonia states in proton+proton and heavy-ion collisions

In this work, we review the experimental and theoretical developments of bottomonia production in proton+proton heavy-ion collisions. The process is proving to be one most robust processes investigate fundamental aspects Quantum Chromodynamics at both low high temperatures. LHC experiments last decade have produced large statistics states wide kinematic ranges various collision systems. three Υ S-states which are reconstructed dilepton invariant mass channel with resolution by detectors P-states measured via their decay S-states. We start details measurements collisions understanding terms effective models. Here cover Tevatron s spanning from 1.8 TeV 13 TeV. particularly been very good probes understand strongly interacting matter Pb+Pb performed sNN = 2.76 5.02 LHC. This led detailed study modification yields as a function observables energy. At same time, improved results became available RHIC proven useful for quantitative comparison. A systematic p+p, p+Pb has medium effects these some (if not all the) models evolution due dynamically evolving discuss comparison measurements.