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David Benjamin Spulbeck (University of Bonn (DE))13/10/2026, 17:00
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Dr Kevin Scheuer13/10/2026, 17:25
QCD predicts a variety of light meson states that exist beyond the typ-
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ical q ¯q assignments; penta- and tetra-quarks, glueballs, and hybrids (q ¯qg).
The GlueX detector at Jefferson Lab was constructed to analyze the spec-
trum of light mesons via linearly-polarized photoproduction. With nearly
hermetic coverage and efficient charged and neutral particle detection, a
wide range of... -
Joshua Hoffer13/10/2026, 17:50
Since the experimental discovery of the first exotic hadrons in 2003, these
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states have attracted considerable attention from both the theoretical and ex-
perimental communities. Over the past two decades, an increasing number
of exotic hadrons—most notably tetraquarks and pentaquarks—have been ob-
served at experimental facilities around the world.
Various theoretical approaches can be... -
Stuart Fegan (University of York)13/10/2026, 18:15
The KLong Experiment in Jefferson Lab Hall D will use a secondary beam of neutral kaons and the GlueX experimental setup to perform strange hadron spectroscopy. By achieving a flux on the order of 1×104 KL /sec, KLF will allow a broad range of measurements that improve the statistics of previous world data by several orders of magnitude.
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The experiment will measure both differential cross...
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