Tag: quark-gluon plasma

New experimental evidence from RHIC suggests that gluon junctions, not valence quarks alone, carry baryon number through high-energy nuclear collisions.

A new constraint analysis of CMS and LHCb data shows that quarkonium suppression in high-multiplicity proton-proton and proton-lead collisions cannot ...

A new study combines the matrix Numerov and variational methods with a screened-potential-inspired model to reproduce B, Bs, and Bc ...

A lattice-constrained effective model reveals sharp peaks in specific heat and a rapid stiffening of the isentropic bulk modulus as ...

Simulations of proton-proton collisions reveal that color reconnection in PYTHIA genuinely suppresses net-charge fluctuations beyond simple multiplicity effects, exposing a ...

New ALICE measurements of pion, kaon, and proton production in the highest-multiplicity proton-proton collisions ever analyzed at 13 TeV reveal ...

The ALICE Collaboration has measured how jets fragment in the quark–gluon plasma using prompt photons as unmodified references, observing strong ...

A new holographic study shows that a stronger gluon condensate narrows and strengthens the spectral peaks of charmonium and bottomonium, ...

In the furthest reaches of our cosmos, where gravity’s embrace is at its most extreme, scientists are peering into the ...