quark–gluon plasma

Summary

quark–gluon plasma is a non-classical state of matter^[1]. It draws 1,793 Wikipedia views per month (non_classical_state_of_matter category, ranking #4 of 8).^[2]

Key Facts

• quark–gluon plasma's instance of is recorded as non-classical state of matter^[3].
• quark–gluon plasma followed glasma^[4].
• quark–gluon plasma was followed by Hadron gas^[5].
• quark–gluon plasma's location of discovery is recorded as CERN^[6].
• quark–gluon plasma is a type of QCD matter^[7].
• quark–gluon plasma's Commons category is recorded as Quark-gluon plasma^[8].
• quark–gluon plasma comprises quark^[9].
• quark–gluon plasma comprises gluon^[10].
• quark–gluon plasma comprises antiquark^[11].
• quark–gluon plasma's time of discovery or invention is recorded as February 10, 2000^[12].
• quark–gluon plasma's facet of is recorded as high energy physics^[13].
• quark–gluon plasma's facet of is recorded as particle physics^[14].
• quark–gluon plasma's facet of is recorded as physical cosmology^[15].
• quark–gluon plasma's facet of is recorded as plasma^[16].
• quark–gluon plasma's facet of is recorded as hadron^[17].
• quark–gluon plasma's Stack Exchange tag is recorded as https://physics.stackexchange.com/tags/quark-gluon-plasma^[18].
• quark–gluon plasma's has characteristic is recorded as color confinement^[19].
• quark–gluon plasma's short name is recorded as {'lang': 'ru', 'text': 'КГП'}^[20].
• quark–gluon plasma's short name is recorded as {'lang': 'en', 'text': 'QGP'}^[21].
• quark–gluon plasma's on focus list of Wikimedia project is recorded as Wikipedia:Vital articles/Level/4^[22].
• quark–gluon plasma's research site is recorded as CERN^[23].
• quark–gluon plasma's theorized by is recorded as Edward V. Shuryak^[24].
• quark–gluon plasma's theorized by is recorded as Helmut Satz^[25].
• quark–gluon plasma's theorized by is recorded as Johann Rafelski^[26].
• quark–gluon plasma's theorized by is recorded as Berndt Mueller^[27].

Body

Definition and Type

quark–gluon plasma's instance of is recorded as non-classical state of matter^[3]. It is a type of QCD matter^[7].

Use and Application

Components include quark^[9], a type of quantum particle^[28]; gluon^[10], a type of quantum particle^[29]; and antiquark^[11], a type of quantum particle^[30].

Why It Matters

quark–gluon plasma draws 1,793 Wikipedia views per month (non_classical_state_of_matter category, ranking #4 of 8).^[2] It has Wikipedia articles in 25 language editions, a strong signal of global cultural recognition.^[31] It is known by 58 alternative names across languages and contexts.^[32]