In a theoretical calculation, a rotating quark-gluon plasma produces weakly transverse-polarized dileptons with a smoothly falling λ_θ(M), while a magnetic field produces strongly oscillating λ_θ(M) tied to Landau-level thresholds.
Speranza,Virtual photon polarization and dilepton anisotropy in pion-nucleon and heavy-ion collisions, Ph.D
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Thermal Dilepton Polarization under Rotation or Magnetic Field in Heavy-ion Collisions
In a theoretical calculation, a rotating quark-gluon plasma produces weakly transverse-polarized dileptons with a smoothly falling λ_θ(M), while a magnetic field produces strongly oscillating λ_θ(M) tied to Landau-level thresholds.