At around 200 MeV, these self-interacting bosons undergo a phase transition into a deconfined plasma, which may have been produced at Brookhaven in 2005.
Replacing one of these particles with a fermion bubble chain gives rise to renormalon singularities. The longitudinal structure function "F sub L" is particularly sensitive to the distribution of these particles since the first non-vanishing term corresponds to their fusion with photons. The field strength tensor for these particles contains terms for the commutators of different components of its four-potential. Hadronization events with an odd number of (*) jets provided the first direct evidence for these particles. On Feynman diagrams, they are represented by spiraled lines. At around 200 MeV, these self-interacting bosons undergo a phase transition into a deconfined plasma, which may have been produced at Brookhaven in 2005. Eight types of them exist, and they carry both color and anticolor charge. For 10 points, name these massless particles that mediate the strong interaction and interact with quarks.
Replacing one of these particles with a fermion bubble chain gives rise to renormalon singularities.
gluons