Voit, MarkMarkVoitBabul, ArifArifBabulBabyk, IuriiIuriiBabykBryan, GregGregBryanChen, Hsiao-WenHsiao-WenChenDonahue, MeganMeganDonahueFielding, DrummondDrummondFieldingGASPARI, MASSIMOMASSIMOGASPARILi, YuanYuanLiMcDonald, MichaelMichaelMcDonaldO'Shea, BrianBrianO'SheaPrasad, DeovratDeovratPrasadSharma, PrateekPrateekSharmaSun, MingMingSunTremblay, GrantGrantTremblayWerk, Jessica K.Jessica K.WerkWerner, NorbertNorbertWernerZahedy, FakhriFakhriZahedy2020-12-292020-12-2920192330-9458http://hdl.handle.net/20.500.12386/29268Observations increasingly suggest that the ambient CGM pressure cannot exceed the limit at which cold clouds start to condense and fuel feedback that limits further condensation. Such a feedback loop tends to suspend the CGM at the threshold pressure for precipitation. The coming decade will offer many opportunities to test this principle .ELETTRONICOenArticlehttps://baas.aas.org/pub/2020n3i405/release/12019BAAS...51c.405VFIS/05 - ASTRONOMIA E ASTROFISICA