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This Workshop brought top experts, researchers, postdocs, and students fromhigh-energy heavy ion interactions, lattice QCD and hadronic physicscommunities together. YSTAR2016 discussed the impact of "missing" hyperonresonances on QCD thermodynamics, on freeze-out in heavy ion collisions, on theevolution of early universe, and on the spectroscopy of strange particles.Recent studies that compared lattice QCD predictions of thermodynamicproperties of quark-gluon plasma at freeze-out with calculations based onstatistical hadron resonance gas models as well as experimentally measuredratios between yields of different hadron species in heavy ion collisionsprovide indirect evidence for the presence of "missing" resonances in all ofthese contexts. The aim of the YSTAR2016 Workshop was to sharpen thesecomparisons and advance our understanding of the formation of strange hadronsfrom quarks and gluons microseconds after the Big Bang and in todaysexperiments at LHC and RHIC as well as at future facilities like FAIR, J-PARCand KL at JLab.  It was concluded that the new initiative to create a secondary beam ofneutral kaons at JLab will make a bridge between the hardron spectroscopy,heavy-ion experiments and lattice QCD studies addressing some major issuesrelated to thermodynamics of the early universe and cosmology in general.

Workshop on Excited Hyperons in QCD Thermodynamics at Freeze-Out (YSTAR2016) Mini-Proceedings