In-medium mass modification enhances the antiproton-to-proton yield ratio at RHIC, and the back-to-back correlation signal for proton-antiproton pairs is highly sensitive to the assumed source time distribution.
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In-medium mass width decreases HBT correlation strength for bosons, more for heavier mass and lower momentum.
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Squeezed spectra and back-to-back correlations of protons and antiprotons at RHIC energies
In-medium mass modification enhances the antiproton-to-proton yield ratio at RHIC, and the back-to-back correlation signal for proton-antiproton pairs is highly sensitive to the assumed source time distribution.
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Influence of in-medium mass width on Hanbury Brown-Twiss correlation strength
In-medium mass width decreases HBT correlation strength for bosons, more for heavier mass and lower momentum.